Presentation Outline ICHP Annual Meeting September 13-15
Presentation Outline ICHP Annual Meeting September 13-15
Presentation Outline ICHP Annual Meeting September 13-15
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ACTIVITY DESCRIPTION<br />
Target Audience<br />
This continuing pharmacy education activity is planned to meet the need of<br />
pharmacists in a variety of practice settings, including large and small health<br />
systems, outpatient clinics, managed-care organizations, long-term care<br />
facilities, and academia. This program will target health-system pharmacists<br />
who are responsible for the safe and effective use of medications utilized for the<br />
treatment of patients with PAH.<br />
Learning Objectives<br />
Upon completing this program, participants will be able to:<br />
• Discuss the pathophysiology of PAH<br />
• Compare the safety and efficacy among the various classes of medications<br />
used in the treatment of PAH<br />
• Utilize evidence-based guidelines to select appropriate therapy to meet<br />
individualized patient treatment goals<br />
ACCREDITATION<br />
Pharmacists<br />
Center for Independent Healthcare Education (Center) is accredited by<br />
the Accreditation Council for Pharmacy Education as a provider of<br />
continuing pharmacy education. Center has assigned 1.5 contact hours<br />
(0.<strong>15</strong> CEUs) for this activity.<br />
ACPE Universal Activity Number: 473-999-12-004-L01-P<br />
Type of Activity: Knowledge-based<br />
Instructions for Credit<br />
To receive a Statement of Credit, participants must register for the symposium,<br />
document attendance, and complete and return the evaluation form. A Statement<br />
of Credit will be mailed to you 4 weeks after the symposium.<br />
1
Roberto F. Machado, MD<br />
Associate Professor of Medicine<br />
Section of Pulmonary, Critical Care<br />
Medicine, Sleep and Allergy<br />
FACULTY<br />
Heather R. Bream-Rouwenhorst,<br />
PharmD, BCPS<br />
Clinical Assistant Professor<br />
University of Iowa College of Pharmacy<br />
Clinical Pharmacy Specialist–Cardiology<br />
U i it f I H it l & Cli i<br />
Iowa City, IA<br />
Institute for Personalized<br />
RRespiratory i t MMedicine di i University of Iowa Hospitals & Clinics<br />
University of Illinois at Chicago<br />
College of Medicine<br />
Chicago, IL<br />
James C. Coons, PharmD, BCPS<br />
(AQ Cardiology)<br />
Associate Professor<br />
University of Pittsburgh School of<br />
Pharmacy<br />
Department of Pharmacy & Therapeutics<br />
Pittsburgh, PA<br />
DISCLOSURES<br />
Planning Committee Members<br />
Heather R. Bream-Rouwenhorst, PharmD, BCPS Paul DeLisle<br />
James C. Coons PharmD, BCPS (AQ Cardiology) Marco Cicero, PhD<br />
Roberto F. Machado, MD Maja Drenovac, PharmD<br />
Disclosure of Financial Interest Summary<br />
Heather R. Bream-Rouwenhorst, PharmD (faculty) has no relevant financial relationships with commercial<br />
interests.<br />
Dr Dr. Bream-Rouwenhorst Bream Rouwenhorst does not intend to discuss the off-label off label use of a product product.<br />
James C. Coons, PharmD (faculty) has no relevant financial relationships with commercial interests.<br />
Dr. Coons does not intend to discuss the off-label use of a product.<br />
Roberto F. Machado, MD (faculty) has relevant financial relationships with commercial interests as follows:<br />
Advisory Board: Gilead Sciences<br />
Grant Recipient/Research Support: NIH, Actelion, United Therapeutics<br />
Dr. Machado does intend to discuss imatinib for PAH treatment.<br />
No (other) speakers, authors, planners or content reviewers have any relevant financial relationships<br />
to disclose. No (other) speakers or authors will discuss off-label use of a product.<br />
Content review confirmed that the content was developed in a fair, balanced manner free from<br />
commercial bias. Disclosure of a relationship is not intended to suggest or condone commercial bias in<br />
any presentation, but it is made to provide participants with information that might be of potential<br />
importance to their evaluation of a presentation.<br />
Major Issues and Challenges of<br />
Hospital Pharmacists When<br />
Managing Patients with PAH<br />
James C. Coons, PharmD, BCPS<br />
(AQ-Cardiology)<br />
Associate Professor<br />
University of Pittsburgh School of Pharmacy<br />
Department of Pharmacy and Therapeutics<br />
Pittsburg, PA<br />
2
Current Challenges<br />
• Expansion of therapeutic options<br />
– Medications<br />
– Delivery systems<br />
• Complexity of regimens<br />
• High-risk medications<br />
• Patient acuity<br />
• Educational needs<br />
Pharmacotherapy Timeline<br />
• 1960-1980…empiric/various vasodilators<br />
• 1980… oral anticoagulants, calcium channel<br />
blockers, lung/heart transplantation<br />
• 1996… epoprostenol<br />
• 2001… bosentan<br />
• 2002… treprostinil subcutaneous (SC)<br />
• 2004… treprostinil intravenous (IV), iloprost<br />
• 2005… sildenafil<br />
• 2007… ambrisentan<br />
• 2009… tadalafil, treprostinil inhaled<br />
• 2010… thermostable epoprostenol<br />
Evaluating Prostacyclin Safety<br />
• Surveys of PAH centers<br />
– University Hospital Consortium (UHC)<br />
– Phone interview – 18 large PAH centers<br />
– Electronic ec o c su survey ey – convenience co e e ce sa sample p e oof aall<br />
PAH centers in US (n=97)<br />
Kingman MS, et al. J Heart Lung Transplant. 2010;29:841-846.<br />
3
Findings and Scope of Problem<br />
• UHC and phone interviews<br />
– Baseline evaluation of policies<br />
• 8 of 18 kept patients on their home pumps<br />
• 10 of 18 patients did not keep back-up prostacyclin<br />
cassettes on the unit<br />
Kingman MS, et al. J Heart Lung Transplant. 2010;29:841-846.<br />
Findings and Scope of Problem<br />
• Phone interview<br />
– Serious errors at 17 of 18 centers<br />
• Failure to restart CADD pump<br />
• Wrong patient<br />
• Wrong rate<br />
• Errors in dose calculations<br />
• Flushing of the prostacyclin line<br />
– 3 deaths<br />
CADD, computerized ambulatory drug delivery<br />
Kingman MS, et al. J Heart Lung Transplant. 2010;29:841-846.<br />
Findings and Scope of Problem<br />
• Electronic survey<br />
– Serious or potentially serious errors – 68%<br />
• Wrong patient<br />
• Wrong dose<br />
• Pump left off<br />
• Flushing the line<br />
– 9 deaths<br />
Kingman MS, et al. J Heart Lung Transplant. 2010;29:841-846.<br />
4
Examples of Medication Considerations<br />
Treprostinil<br />
• Multiple vial concentrations<br />
– 1, 2.5, 5, & 10 mg/mL<br />
• Multiple routes of administration<br />
– IV, SC, inhaled<br />
• Multiple delivery systems<br />
– IV – CADD infusion pump, Crono-5 pump<br />
– SC – CADD-MS3 & MiniMed syringe pumps<br />
– Inhaled – Tyvaso inhalation system ®<br />
Examples of Medication Considerations<br />
Epoprostenol<br />
• Requires reconstitution<br />
• Requires back-up cassette<br />
• Multiple formulations<br />
– Epoprostenol (Flolan ® )<br />
– Generic epoprostenol<br />
– “Room-temperature stable” epoprostenol<br />
(Veletri ® )<br />
Knowing the Pharmacist’s Role in<br />
Managing PAH<br />
Pathophysiology of PAH<br />
Heather R. Bream-Rouwenhorst,<br />
PharmD, BCPS<br />
Clinical Assistant Professor<br />
University of Iowa College of Pharmacy<br />
Clinical Pharmacy Specialist – Cardiology<br />
University of Iowa Hospitals and Clinics<br />
Iowa City, IA<br />
5
• Etiology<br />
• Epidemiology<br />
• PPathophysiology th h i l<br />
Overview<br />
Definition<br />
• Mean pulmonary artery pressure (mPAP) >25<br />
mmHg at rest in setting of:<br />
– Normal or decreased cardiac output<br />
– Normal fluid status<br />
Badesch DB, et al. J Am Coll Cardiol. 2009;54(1 Suppl):S55.<br />
1. Pulmonary<br />
arterial<br />
hypertension<br />
Etiology (Dana Point, 2008)<br />
1.1 Idiopathic<br />
1.2 Heritable 1.2.1 BMPR2 1.2.2 ALK1, endoglin<br />
1.2.3 Unknown<br />
1.3 Drug/toxin-induced<br />
1.4 Associated with 1.4.1 Connective tissue disease<br />
1.4.2 HIV infection<br />
1.4.3 Portal hypertension<br />
1.4.4 Congenital heart disease<br />
1.4.5 Schistosomiasis<br />
1.4.6 Chronic hemolytic anemia<br />
1.5 Persistent pulmonary<br />
hypertension of the<br />
newborn<br />
Simonneau G, et al. J Am Coll Cardiol. 2009;54(1s1):S43-54.<br />
6
Etiology (Dana Point, 2008)<br />
1’. Pulmonary veno-occlusive disease<br />
(PVOD) and/or pulmonary capillary<br />
hemangiomatosis (PCH)<br />
2. PH due to left heart disease 2.1 Systolic dysfunction<br />
2.2 Diastolic dysfunction<br />
2.3 3 Valvular a u a disease d sease<br />
3. PH due to lung diseases and/or 3.1 COPD<br />
hypoxia<br />
3.2 Interstitial lung disease<br />
3.3 Other pulmonary diseases with<br />
mixed restrictive and obstructive pattern<br />
3.4 Sleep-disordered breathing<br />
3.5 Alveolar hypoventilation disorders<br />
3.6 Chronic exposure to high altitude<br />
3.7 Developmental abnormalities<br />
Simonneau G, et al. J Am Coll Cardiol. 2009;54(1s1):S43-54.<br />
Etiology (Dana Point, 2008)<br />
4. CTEPH<br />
5. PH with unclear 5.1 Hematologic Myeloproliferative disorders<br />
multifactorial<br />
mechanisms<br />
disorders<br />
5.2 Systemic<br />
Splenectomy<br />
Sarcoidosis<br />
disorders<br />
Pulmonary Langerhans cell histiocytosis<br />
LLymphangioleiomyomatosis h i l i t i<br />
Neurofibromatosis type 1<br />
Vasculitis<br />
5.3 Metabolic Glycogen storage disease<br />
disorders<br />
Gaucher disease<br />
Thyroid disorders<br />
5.4 Others Tumoral obstruction<br />
Fibrosing mediastinitis<br />
CKD on dialysis<br />
Simonneau G, et al. J Am Coll Cardiol. 2009;54(1s1):S43-54.<br />
Epidemiology<br />
• PAH prevalence1 – Estimated 50,000–100,000 Americans<br />
– <strong>15</strong>,000–20,000 diagnosed and receiving<br />
treatment<br />
• Diagnosed typically 3rd –4th decade of life2 • Female:male ratio 1.7:1<br />
• 2.8-year median survival without treatment3 1 DeMarco T. Cardiol Rev. 2006;14:312–8.<br />
2 Rich S, et al. Ann Intern Med. 1987;107:216-23.<br />
3 D’Alonzo GE, et al. Ann Intern Med. 1991;1<strong>15</strong>:343-9.<br />
7
Mean Survival by Etiology<br />
CHD, congenital heart disease; CTD, connective tissue disease; IPAH, idiopathic pulmonary arterial hypertension;<br />
Portopulm, portopulmonary hypertension<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2009;53:<strong>15</strong>73-1619.<br />
Pathophysiology<br />
Normal PAH<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2009;53:<strong>15</strong>73-1619.<br />
Pathophysiology<br />
• Endothelin-1<br />
• Nitric oxide<br />
• Prostacyclin<br />
Serotonin<br />
• Serotonin<br />
• Vasoactive intestinal peptide (VIP)<br />
• Inflammation<br />
8
PAH Therapy Targets<br />
Schulze-Neick I, Beghetti M. Eur Respir Rev. 2010;19:331–9.<br />
Serotonin<br />
• Effects<br />
– Vasoconstriction<br />
– Smooth muscle cell hyperplasia and hypertrophy<br />
• Impaired platelet serotonin storage in PAH<br />
– Dexfenfluramine<br />
• No PAH-SSRI association<br />
McLaughlin VV, et al. Curr Probl Cardiol. 2011;36:461-517.<br />
Marcos E, et al. Am J Respir Crit Care Med. 2003;168:487-93.<br />
VIP<br />
• Effects<br />
– Vasodilatation<br />
– Inhibition of vascular smooth muscle cell<br />
proliferation<br />
• Low levels in PAH population<br />
McLaughlin VV, et al. Curr Probl Cardiol. 2011;36:461-517.<br />
9
Knowing the Pharmacist’s Role in<br />
Managing PAH<br />
Knowing Your Therapeutic Options:<br />
Current Medications and Their<br />
Effectiveness<br />
Roberto F. Machado, MD<br />
Associate Professor of Medicine<br />
Section of Pulmonary, Critical Care Medicine,<br />
Sleep and Allergy<br />
Institute for Personalized Respiratory Medicine<br />
University of Illinois at Chicago College of Medicine<br />
Chicago, IL<br />
PAH Treatment Goals<br />
• Fewer/less severe symptoms<br />
• Improved exercise capacity<br />
• Improved hemodynamics<br />
• Prevention of clinical worsening<br />
• Improved quality of life<br />
• Improved survival<br />
What Is the Optimal Treatment Strategy?<br />
Anticoagulate ± Diuretics ±<br />
Oxygen ± Digoxin<br />
Oral CCB<br />
Sustained<br />
Response<br />
Yes<br />
Continue<br />
CCB<br />
Positive<br />
Acute Vasoreactivity Testing<br />
Negative<br />
No LOWER RISK DETERMINANTS OF RISK HIGHER RISK<br />
No Clinical evidence of RV failure Yes<br />
Gradual Progression of symptoms Rapid<br />
II, III WHO class IV<br />
Longer (>400 m) 6MWD Shorter (10.4 mL/kg/min CPET Peak VO2 20 mm Hg;<br />
CI
Chronic Adjuvant Therapies in PAH<br />
Digoxin<br />
• Variable inotropic effect and use<br />
• No long-term data; need to balance unproven benefits with known risks<br />
Oxygen<br />
• Use to prevent hypoxic vasoconstriction<br />
• Consider exercise, sleep, altitude<br />
• Aim for target saturation >90%<br />
• May not correct hypoxia with shunt<br />
Diuretics<br />
• Most need; hypotension not a contraindication (may need BP support)<br />
• Renal function and electrolytes must be monitored closely<br />
Anticoagulation<br />
• Recommended in IPAH<br />
• Retrospective data only; need to balance unproven benefits with known risks<br />
• INR 1.5–2.5<br />
Adapted from: Badesch DB, et al. Chest. 2004;126:35S-62S.<br />
Badesch DB, et al. Chest. 2007;<strong>13</strong>1:1917-1928.<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2009;53:<strong>15</strong>73-1619.<br />
Other Management Issues<br />
• Encourage exercise and activity within the limits<br />
of disease and ability to maintain O2 levels<br />
• Immunizations<br />
• Contraception<br />
What Is the Optimal Treatment Strategy?<br />
Anticoagulate ± Diuretics ±<br />
Oxygen ± Digoxin<br />
Oral CCB<br />
Sustained<br />
Response<br />
Yes<br />
Continue<br />
CCB<br />
Positive<br />
Acute Vasoreactivity Testing<br />
Negative<br />
No LOWER RISK DETERMINANTS OF RISK HIGHER RISK<br />
No Clinical evidence of RV failure Yes<br />
Gradual Progression of symptoms Rapid<br />
II, III WHO class IV<br />
Longer (>400 m) 6MWD Shorter (10.4 mL/kg/min CPET Peak VO2 20 mm Hg;<br />
CI
Criteria for “Responders”<br />
Criteria for Long-term Beneficial Effect of CCB?<br />
557 consecutive IPAH<br />
70 acute responders (12.6%) 487 non-responders (87.4%)<br />
38 long-term CCB responders (6.8%) 32 long-term CCB failures<br />
CCB, calcium-channel blocker<br />
Sitbon O, et al. Circulation. 2005;111:3105-3111.<br />
93.2% “non-responders”<br />
• Acute vasodilator testing with PgI2 (n=<strong>15</strong>6) or NO (n=401)<br />
• Acute response = fall in mPAP and PVR >20% � initiation of<br />
chronic CCB<br />
• Long-term CCB responders = NYHA FC I/II after at least one<br />
year on oral CCB without need for prostanoids and/or ERAs<br />
Revised Definition of<br />
Vasodilator Responder<br />
“Vasodilator Response”<br />
• Fall in mPAP ≥10 mmHg<br />
• + mPAP (absolute) ( )
Cummulative<br />
suurvival<br />
Survival in IPAH<br />
Long-term CCB Responders<br />
1.0<br />
0.8<br />
0.6<br />
04 0.4<br />
0.2<br />
0.0<br />
Subjects<br />
at risk, n<br />
Long-term CCB responders (~50% of acute<br />
responders or ≤6% of IPAH patients)<br />
p=0.0007<br />
Long-term CCB failure<br />
0 2 4 6 8 10 12 14 16 18<br />
Years<br />
38 33 30 22 <strong>13</strong> 8 3 3 2 1<br />
19 12 7 4 0<br />
Sitbon O, et al. Circulation. 2005;111:3105-3111.<br />
Long-term CCB<br />
responders<br />
Long-term CCB<br />
failure<br />
What Is the Optimal Treatment Strategy?<br />
Anticoagulate ± Diuretics ±<br />
Oxygen ± Digoxin<br />
Oral CCB<br />
Positive<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2009;53:<strong>15</strong>73-1619.<br />
Acute Vasoreactivity Testing<br />
Negative<br />
No LOWER RISK DETERMINANTS OF RISK HIGHER RISK<br />
No Clinical evidence of RV failure Yes<br />
Sustained<br />
Gradual Progression of symptoms Rapid<br />
Response<br />
II, III WHO class IV<br />
Longer (>400 m) 6MWD Shorter (10.4 mL/kg/min CPET Peak VO2 20 mm Hg;<br />
CI 400 ( m) ) 6MWD Shorter (10.4 mL/kg/min CPET Peak VO 2 20 mm Hg;<br />
CI
Key Pathways Implicated in PAH Pathogenesis<br />
Endothelin<br />
Pathway<br />
Pre-proendothelin<br />
Endothelin<br />
receptor A<br />
Endothelin Endothelin-11<br />
Smooth muscle cells<br />
Proendothelin<br />
Endothelin<br />
receptor B<br />
Vasoconstriction<br />
and proliferation<br />
Endothelial cells<br />
Humbert M, et al. N Engl J Med. 2004;351:1425-1436.<br />
Nitric Oxide<br />
Pathway<br />
L-arginine<br />
Nitric Oxide<br />
cGMP<br />
L-citrulline<br />
Phosphodiesterase<br />
type 5 Vasodilation<br />
and antiproliferation<br />
Endothelial cells<br />
Prostacyclin<br />
Pathway<br />
Arachidonic acid<br />
Prostaglandin I 2<br />
Prostacyclin (prostaglandin I I2) )<br />
cAMP<br />
Vasodilation<br />
and antiproliferation<br />
Smooth muscle cells<br />
Key Pathways Implicated in PAH Pathogenesis<br />
Endothelin<br />
Pathway<br />
Pre-proendothelin<br />
Endothelin<br />
receptor A<br />
Endothelin Endothelin-11<br />
Smooth muscle cells<br />
Endothelial cells<br />
Proendothelin<br />
Humbert M, et al. N Engl J Med. 2004;351:1425-1436.<br />
Pre-proendothelin<br />
Endothelin<br />
receptor A<br />
Endothelinreceptor<br />
antagonists<br />
Endothelin<br />
receptor B<br />
Vasoconstriction<br />
and proliferation<br />
Nitric Oxide<br />
Pathway<br />
L-arginine<br />
Nitric Oxide<br />
cGMP<br />
L-citrulline<br />
Phosphodiesterase<br />
type 5 Vasodilation<br />
and antiproliferation<br />
Prostacyclin<br />
Pathway<br />
Endothelial cells<br />
Arachidonic acid<br />
Prostaglandin I 2<br />
Prostacyclin (prostaglandin I I2) )<br />
cAMP<br />
Vasodilation<br />
and antiproliferation<br />
Smooth muscle cells<br />
Mechanisms of Action of<br />
Approved Therapies for PAH<br />
Endothelin<br />
Pathway<br />
Endothelin Endothelin-11<br />
Smooth muscle cells<br />
Endothelial cells<br />
Proendothelin<br />
Endothelin<br />
receptor B<br />
Vasoconstriction<br />
and proliferation<br />
Humbert M, et al. N Engl J Med. 2004;351:1425-1436.<br />
Nitric Oxide<br />
Pathway<br />
L-arginine<br />
Phosphodiesterase<br />
type 5<br />
Nitric Oxide<br />
cGMP<br />
L-citrulline<br />
Prostacyclin<br />
Pathway<br />
Endothelial cells<br />
Arachidonic acid<br />
Exogenous<br />
nitric oxide<br />
Vasodilation<br />
and antiproliferation<br />
Phosphodiesterase<br />
type 5 inhibitor<br />
Prostaglandin I 2<br />
Prostacyclin (prostaglandin I I2) )<br />
cAMP<br />
Vasodilation<br />
and antiproliferation<br />
Smooth muscle cells<br />
Prostacyclin<br />
derivatives<br />
14
ACCF/AHA Consensus PAH Treatment<br />
Algorithm<br />
Anticoagulate ± Diuretics ±<br />
Oxygen ± Digoxin<br />
Oral CCB<br />
Sustained<br />
Response<br />
Yes<br />
Continue<br />
CCB<br />
No<br />
Positive<br />
Modified from McLaughlin VV, et al. J Am Coll Cardiol. 2009;53:<strong>15</strong>73-1619.<br />
Pre-proendothelin<br />
Endothelin<br />
receptor A<br />
Endothelinreceptor<br />
antagonists<br />
Acute Vasoreactivity Testing<br />
Negative<br />
Lower Risk Higher Risk<br />
ERAs or PDE-5 Is (oral)<br />
Epoprostenol or Treprostinil (IV)<br />
Iloprost (inhaled)<br />
Treprostinil (SC, inhaled)<br />
Reassess: consider<br />
combo-therapy<br />
Investigational Protocols<br />
Epoprostenol or Treprostinil (IV)<br />
Iloprost (inhaled)<br />
ERAs or PDE-5 Is (oral)<br />
Treprostinil (SC)<br />
Atrial septostomy<br />
Lung transplant<br />
Approved Therapeutic Targets<br />
Endothelin<br />
Pathway<br />
Endothelin Endothelin-11<br />
Smooth muscle cells<br />
Endothelial cells<br />
Proendothelin<br />
Endothelin<br />
receptor B<br />
Vasoconstriction<br />
and proliferation<br />
Humbert M, et al. N Engl J Med. 2004;351:1425-1436.<br />
Nitric Oxide<br />
Pathway<br />
L-arginine<br />
Phosphodiesterase<br />
type 5<br />
Nitric Oxide<br />
cGMP<br />
L-citrulline<br />
Prostacyclin<br />
Pathway<br />
Endothelial cells<br />
Arachidonic acid<br />
Exogenous<br />
nitric oxide<br />
Vasodilation<br />
and antiproliferation<br />
Phosphodiesterase<br />
type 5 inhibitor<br />
Prostaglandin I 2<br />
Prostacyclin (prostaglandin I I2) )<br />
cAMP<br />
Vasodilation<br />
and antiproliferation<br />
Smooth muscle cells<br />
Endothelin Receptor Antagonists:<br />
Pivotal Trials<br />
Study Name<br />
Drug<br />
BREATHE-1<br />
Oral bosentan*<br />
vs placebo<br />
EARLY<br />
Oral bosentan<br />
vs placebo<br />
ARIES-1&2<br />
Oral ambrisentan §<br />
vs placebo<br />
N<br />
Etiology<br />
Class Design<br />
2<strong>13</strong><br />
PAH<br />
III, IV<br />
185<br />
PAH<br />
II<br />
394<br />
PAH<br />
II, III<br />
Double-blind<br />
16-week<br />
Double-blind<br />
6-month<br />
Double-blind<br />
12-week<br />
Positive<br />
Results<br />
•6MWD<br />
• Delay clinical worsening<br />
• Symptoms<br />
• Delay clinical worsening<br />
• Hemodynamics<br />
•6MWD<br />
• Delay clinical worsening<br />
*Bosentan = Tracleer ® . Approved for FC II-IV. 62.5-125 mg po bid.<br />
§ Ambrisentan = Letairis ® . Approved for FC II-III. 5-10 mg po qd<br />
Rubin L, et al. N Engl J Med. 2002;346:896-903.<br />
Channick RN, et al. Lancet. 2001;358:1119-1123.<br />
Galiè N, et al. Lancet, 2008;371:2093-2100.<br />
Galiè N, et al. Circulation. 2008;117:3010-3019.<br />
Prostacyclin<br />
derivatives<br />
<strong>15</strong>
120<br />
1<strong>15</strong><br />
110<br />
105<br />
100<br />
95<br />
90<br />
85<br />
80<br />
75<br />
70<br />
Is Treatment of Less Symptomatic<br />
(FC II) Patients Justified?<br />
% Baseline PVR at<br />
Month 6<br />
p
Study Name<br />
Drug<br />
SUPER-1<br />
Oral sildenafil*<br />
l b<br />
PDE-5 Inhibitor Pivotal Trials<br />
N<br />
Etiology<br />
Class Design<br />
278 Double-blind<br />
PAH 12-week<br />
I IV<br />
Positive Results<br />
vs placebo I-IV<br />
•6MWD<br />
• Symptoms<br />
• HHemodynamics d i<br />
PHIRST-1<br />
Oral tadalafil §<br />
vs placebo<br />
405<br />
PAH<br />
I-IV<br />
Galiè N, et al. N Engl J Med. 2005:353:2148-2<strong>15</strong>7.<br />
Galiè N, et al. Circulation. 2009;119;2894-2903.<br />
Double-blind<br />
16-week<br />
*Sildenafil = Revatio ® . Approved for FC II-III. 20 mg po tid.<br />
§ Tadalafil = Adcirca ® . Approved for FC I-IV. 40 mg po qd.<br />
•6MWD<br />
• Delay clinical worsening<br />
• Hemodynamics<br />
• HRQoL<br />
PDE-5 Inhibitor Adverse Effects<br />
• Nose bleed<br />
• Headache<br />
• Dyspepsia<br />
• Flushing<br />
• Diarrhea<br />
• Visual changes<br />
• Contraindicated with use of nitrates<br />
Pre-proendothelin<br />
Endothelin<br />
receptor A<br />
Endothelinreceptor<br />
antagonists<br />
Approved Therapeutic Targets<br />
Endothelin<br />
Pathway<br />
Endothelin Endothelin-11<br />
Smooth muscle cells<br />
Endothelial cells<br />
Proendothelin<br />
Endothelin<br />
receptor B<br />
Vasoconstriction<br />
and proliferation<br />
Humbert M, et al. N Engl J Med. 2004;351:1425-1436.<br />
Nitric Oxide<br />
Pathway<br />
L-arginine<br />
Phosphodiesterase<br />
type 5<br />
Nitric Oxide<br />
cGMP<br />
L-citrulline<br />
Prostacyclin<br />
Pathway<br />
Endothelial cells<br />
Arachidonic acid<br />
Exogenous<br />
nitric oxide<br />
Vasodilation<br />
and antiproliferation<br />
Phosphodiesterase<br />
type 5 inhibitor<br />
Prostaglandin I 2<br />
Prostacyclin (prostaglandin I I2) )<br />
cAMP<br />
Vasodilation<br />
and antiproliferation<br />
Smooth muscle cells<br />
Prostacyclin<br />
derivatives<br />
17
Prostacyclin Analogues:<br />
Intravenous, Subcutaneous, or Inhaled<br />
Epoprostenol ( (Flolan Flolan ®<br />
or Veletri ® )<br />
Treprostinil (Remodulin ® )<br />
Treprostinil<br />
(Remodulin ® )<br />
Iloprost<br />
Iloprost (Ventavis ® )<br />
Treprostinil (Tyvaso ® )<br />
Approved uses: Epoprostenol IV: FC III-IV, 2 ng/kg/min titrated to desired clinical response in 1-2 ng/kg/min<br />
increments. Treprostinil IV / SC: FC II-IV, 1.25-2.5 ng/kg/min/wk. IV=diluted. Inhaled: FC III, to 54 mcg, 4 inh/d.<br />
Iloprost Inhaled: FC III-IV, 2.5-5 mcg, 6-9 inh/d.<br />
Prostacyclin Analogues: Pivotal Trials<br />
Study Name / Drug<br />
AIR<br />
Inhaled iloprost vs placebo<br />
TRIUMPH 1<br />
Inhaled treprostinil vs<br />
placebo §<br />
SQ treprostinil<br />
vs SQ placebo<br />
TRUST<br />
IV treprostinil vs placebo<br />
IV epoprostenol<br />
vs conventional Rx<br />
IV epoprostenol<br />
vs conventional Rx<br />
N / Etiology /<br />
Class<br />
203<br />
PH<br />
III-IV<br />
Design Positive Results<br />
Double-blind<br />
12-week<br />
• Composite end point<br />
•6MWD<br />
• Symptoms<br />
• Hemodynamics<br />
235<br />
Double-blind •6MWD<br />
PAH<br />
12-week on<br />
III-IV* background oral Rx<br />
470<br />
Double-blind •6MWD<br />
PAH<br />
12-week • Symptoms<br />
II-IV<br />
• Hemodynamics y<br />
44 Double‐blind, placebo‐ • 6MWD<br />
PAH<br />
controlled • Symptoms<br />
III<br />
2‐week<br />
81<br />
Open-label •6MWD<br />
IPAH/FPAH<br />
12-week • Symptoms<br />
III,IV<br />
• Hemodynamics<br />
• Survival<br />
111<br />
Open-label •6MWD<br />
APAH SSc<br />
12-week • Hemodynamics<br />
III,IV<br />
• Symptoms<br />
*Approved for class III only. § Included background therapy with ERA or PDE5-I.<br />
Olschewski H, et al. N Engl J Med. 2002;347:322-329; Simonneau G, et al. Am J Respir Crit Care Med. 2002;165:800-804;<br />
Barst RJ, et al. N Engl J Med. 1996;334:296-301; McLaughlin VV, et al. Am J Respir Crit Care Med. 2008;177:A965.<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2010;55:19<strong>15</strong>-1922. Badesch D, et al. Ann Intern Med 2000;<strong>13</strong>2(6):425-432.<br />
Hiremath J, et al. J Heart Lung Transplant. 2010;29:<strong>13</strong>7-149.<br />
IV Epoprostenol in IPAH:<br />
Change From Baseline in 6MWD<br />
Mediann<br />
change<br />
from baaseline<br />
(m)<br />
40<br />
30<br />
20<br />
10<br />
0<br />
‐10<br />
‐20<br />
‐30<br />
31<br />
Epoprostenol<br />
(n=41; baseline=3<strong>15</strong> m)<br />
p
IV Epoprostenol in PAH Due to Sclero-derma:<br />
Change From Baseline in 6MWD<br />
Median changge<br />
from<br />
baseline (m)<br />
80<br />
60<br />
40<br />
20<br />
0<br />
-20<br />
-40<br />
-60<br />
Badesch D, et al. Ann Intern Med. 2000;<strong>13</strong>2:425-434.<br />
(%)<br />
100<br />
80<br />
60<br />
Conventional therapy<br />
(n=55)<br />
Epoprostenol (n=56)<br />
p=0.003<br />
Week 1<br />
p
On-therapy Favorable Prognostic<br />
Indicators<br />
• Functional class I or II<br />
• 6MWD >380 m<br />
• Hemodynamics<br />
– normal cardiac index (>2 2 L/min/m2 – normal cardiac index (>2.2 L/min/m )<br />
– normal RA pressure<br />
• Positive response to CCB<br />
• BNP
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
Inhaled Iloprost Added to Bosentan<br />
(STEP)<br />
0<br />
Mean 6MWD Change<br />
from Baseline (m)<br />
Bosentan<br />
+ Iloprost<br />
(n=32)<br />
p=0.051 0 051<br />
Bosentan<br />
+ Placebo<br />
(n=33)<br />
1.00<br />
0.75<br />
0.50<br />
0.25<br />
*log-rank test.<br />
McLaughlin VV, et al. Am J Respir Crit Care Med. 2006;174:1257-1263.<br />
Proportion Free of<br />
Clinical Worsening Iloprost<br />
Placebo<br />
p=0.02*<br />
0.00<br />
0 28 56 84<br />
Time (d)<br />
Inhaled Treprostinil Added to Bosentan or<br />
Sildenafil (TRIUMPH)<br />
Meters<br />
30<br />
25<br />
20<br />
<strong>15</strong><br />
10<br />
5<br />
Change in Peak 6MWD<br />
by Specific Combination:<br />
6<br />
Background<br />
sildenafil<br />
Background<br />
bosentan<br />
Entire population<br />
22<br />
7<br />
6<br />
11<br />
25<br />
0<br />
Day 1 Week 6<br />
Time<br />
Week 12<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2010;55:19<strong>15</strong>-1922.<br />
19<br />
9<br />
20<br />
Change from baselinee<br />
> defined value (meterss)<br />
% Achieving Specific<br />
6MWD Improvements<br />
Placebo<br />
Inhaled treprostinil<br />
50<br />
12<br />
31<br />
45<br />
14<br />
35<br />
40<br />
17<br />
37<br />
35<br />
22<br />
39<br />
30<br />
28<br />
43<br />
25<br />
32<br />
48<br />
20<br />
32<br />
52<br />
0 20 40 60<br />
Percentage of patients<br />
Combination Therapy Caveats<br />
• Experience evolving<br />
• Most data from ‘add-on’ - ? De novo? Order?<br />
• More drugs available<br />
– more options<br />
– more ways to get it wrong<br />
• More questions than answers<br />
• Costs/expenditures; third-party hurdles<br />
Taichman DB. Ann Intern Med. 2008;149:583-585.<br />
21
Antiproliferative Therapy in PAH<br />
• Abnormal endothelial and smooth muscle cell proliferation<br />
is a hallmark of PAH lesions<br />
• Endothelial cells in PAH are hyperproliferative, apoptosisresistant,<br />
and display abnormalities in cell cycle regulation<br />
• Plexogenic g lesions can have monoclonal origin g<br />
• Several experimental studies support this approach:<br />
– Statins<br />
– Tyrosine kinase inhibitors (e.g. imatinib)<br />
– SSRIs<br />
– DCA<br />
– Carbon monoxide<br />
• Humans studies are underway<br />
Imatinib in<br />
PAH<br />
Ghofrani HA, et al. Am J Respir Crit Care Med. 2010;182:1171-1177.<br />
Imatinib in<br />
PAH<br />
Ghofrani HA, et al. Am J Respir Crit Care Med. 2010;182:1171-1177.<br />
22
Conclusions<br />
• PAH therapy improves hemodynamics,<br />
functional capacity, morbidity and possibly<br />
mortality<br />
• Despite progress progress, PAH is still incurable and<br />
current therapies do not alter vascular<br />
remodeling characteristic of the disease<br />
• New therapies for PAH are needed<br />
Knowing the Pharmacist’s Role in<br />
Managing PAH<br />
Utilizing Treatment Algorithms<br />
in Practice<br />
James C. Coons, PharmD, BCPS<br />
(AQ-Cardiology)<br />
Associate Professor<br />
University of Pittsburgh School of Pharmacy<br />
Department of Pharmacy & Therapeutics<br />
Pittsburg, PA<br />
Learning Objectives<br />
Utilize evidence-based guidelines to select<br />
appropriate therapy to meet individualized<br />
patient treatment goals.<br />
23
CURRENT PRACTICE<br />
GUIDELINES<br />
McLaughlin VV, et al. J Am Coll Cardiol. 2009;53:<strong>15</strong>73-1619.<br />
Risk Assessment<br />
Risk Factor Lower Risk Higher Risk<br />
Evidence of RV failure No Yes<br />
Symptom progression Gradual Rapid<br />
Functional class II, III IV<br />
6-min walk distance >400 meters 10.4<br />
mL/kg/min<br />
Peak VO 2 20 mm Hg; CI
ESC/ERS<br />
Guidelines<br />
Galie N, et al. Eur Heart J. 2009;30:2493-2537.<br />
Pharmacotherapy Considerations<br />
• Most clinical experience in PAH trials with<br />
idiopathic disease or associated with connective<br />
tissue disease or anorexigen use<br />
• Limited long-term data<br />
• Limited experience with combination therapy<br />
CURRENT PRACTICE<br />
CURRENT PRACTICE<br />
PATTERNS<br />
25
REVEAL Registry: Summary of<br />
Treatments at Enrollment<br />
All Patients ERA PDE-5 Inhibitor Prostacyclin<br />
Overall 47% 49% 42%<br />
Monotherapy 18.5% 17.1% 12.1%<br />
Combo with 1<br />
oral therapy<br />
11.9% 11.9% 21.7%<br />
Combo with 1<br />
prostacyclin<br />
9.2% 12.5% 0.4%<br />
Combo with >1<br />
other therapy<br />
7.4% 7.5% 7.8%<br />
Badesch DB, et al. CHEST. 2010;<strong>13</strong>7(2):376-387.<br />
REVEAL Registry: Summary of<br />
Treatments at Enrollment<br />
Class IV ERA PDE-5 Inhibitor Prostacyclin<br />
Overall 44.4% 49.2% 58.9%<br />
Monotherapy 4% 11.3% 19.3%<br />
Combo with 1<br />
oral therapy<br />
12 12.9% 9% 12 12.9% 9% 26 26.6% 6%<br />
Combo with 1<br />
prostacyclin<br />
14.5% 12.1% ---<br />
Combo with >1<br />
other therapy<br />
12.9% 12.9% 12.8%<br />
<strong>13</strong>% of patients were not treated with any PAH medication<br />
Badesch DB, et al. CHEST. 2010;<strong>13</strong>7(2):376-387.<br />
Are Treatment Patterns the Same<br />
Throughout the US?<br />
Use of Any Continuous Prostanoid in WHO Class III/IV Patients, by Region<br />
Frantz, et al. Presented at the American Thoracic Society International Conference, San Diego, CA, May <strong>15</strong>-20, 2009.<br />
26
FUTURE DIRECTIONS WHICH MAY<br />
IMPACT TREATMENT GUIDELINES<br />
Combination Therapies<br />
• Which medication is most effective and when?<br />
• “Front-loaded” vs. “step-wise” approach?<br />
• Does treating patients earlier make a difference?<br />
Rationale for a “Step-Wise Approach”<br />
• PAH is a progressive, insidious disease<br />
• Addition of new medications may be needed to<br />
achieve and maintain goals<br />
• Analogous to “CHF approach”<br />
27
Evidence for Combination Therapy in PAH<br />
Author Study<br />
Humbert M.<br />
Eur Resp J. 2004<br />
McLaughlin V.<br />
Am J Resp Crit Care<br />
Med. 2006<br />
Hoeper M.<br />
Eur Resp J. 2006<br />
Simonneau G.<br />
Ann Intern Med. 2008<br />
McLaughlin V.<br />
J Am Coll Cardiol.<br />
2010<br />
Tapson V.<br />
American Thoracic<br />
Society 2008<br />
RCT: randomized, controlled trial<br />
Background<br />
Rx<br />
Study Drug Design<br />
BREATHE-2 Epoprostenol Bosentan Up-front RCT<br />
STEP Bosentan Iloprost Sequential RCT<br />
COMBI Bosentan Iloprost<br />
Sequential open<br />
label<br />
PACES Epoprostenol Sildenafil Sequential RCT<br />
TRIUMPH 1<br />
FREEDOM C<br />
Sildenafil,<br />
bosentan, or both<br />
Sildenafil, ERA,<br />
or both<br />
Treprostinil<br />
(inhaled)<br />
Sequential RCT<br />
Treprostinil (oral) Sequential RCT<br />
Evidence for Combination Therapy in PAH<br />
Author Study Patients N<br />
Humbert M.<br />
Eur Resp J. 2004 BREATHE-2<br />
IPAH SSc<br />
SLE<br />
Duration<br />
(wks)<br />
I EP I EP TCW<br />
33 16 TPR - ND<br />
McLaughlin V.<br />
Am J Resp Crit<br />
Care Med. 2006 STEP PAH 67 12 6MWD - +<br />
Hoeper M.<br />
Eur Resp J. 2006 COMBI IPAH 40 12 6MWD - -<br />
Simonneau G.<br />
Ann Intern Med.<br />
2008<br />
McLaughlin V.<br />
J Am Coll Cardiol.<br />
2010<br />
PACES<br />
IPAH CTD,<br />
CHD<br />
267 16 6MWD + +<br />
TRIUMPH 1 PAH 235 12 6MWD + -<br />
Tapson V.<br />
FREEDOM C PAH 354 16 6MWD - -<br />
ATS 2008<br />
CHD, congenital heart disease; CTD, connective tissue disease; IEP, initial endpoint; IPAH, idiopathic PAH; ND, no<br />
significant difference; SLE, systemic lupus erythematosus; SSc, systemic sclerosis; TPR, total pulmonary<br />
resistance; TCW, time to clinical worsening<br />
Evidence for Combination Therapy in PAH<br />
• Exercise capacity (6MWD) the primary endpoint<br />
in all sequential studies<br />
• Only 2 of 6 met statistical significance for 6MWD<br />
and time to clinical worsening<br />
• Only 1 trial met significance for both endpoints<br />
Type of population and duration of disease?<br />
Need to re‐examine endpoints?<br />
Strategy – timing and type of therapy?<br />
‐ Is there a critical time to start new therapies that is being missed<br />
(eg, start with induction then add‐on therapies later?)<br />
28
Rationale for “Front-Loaded” Approach<br />
• PAH not always a “one drug” disease<br />
• Redundancy of pathways<br />
• Chemotherapeutic or induction approach<br />
AMBITION Trial<br />
A randomized, multicenter study of first-line<br />
AMBrisentan and Tadalafil combination<br />
therapy in subjects with pulmonary arterial<br />
hypertensION<br />
To compare 2 treatment strategies upfront<br />
combo (amb + tad) vs. mono (amb or tad)<br />
Event-driven trial<br />
Primary objective: time to clinical failure<br />
Secondary objectives: safety & tolerability,<br />
6MWD at peak and trough levels<br />
NCT01178073. http://www.clinicaltrials.gov/ct2/show/NCT01178073. Accessed Feb 2012.<br />
REVEAL Registry: Independent Predictors of<br />
Mortality Based on a Multivariate Model<br />
Parameter a Hazard ratio P value<br />
Connective tissue–associated PAH 1.59
REVEAL Registry:<br />
Risk Score<br />
• Composite Assessment of Risk<br />
• 19 easily obtained variables<br />
• 10 variables from<br />
demographics and exam<br />
• 9 from diagnostic tests<br />
• Useful at any point during therapy<br />
• Applicable for all PAH subgroups<br />
• Multivariable model coefficients were<br />
replaced with integer values to create<br />
calculator<br />
• Risk Calculator allows easy<br />
tabulation of risk score<br />
BNP, B-type natriuretic peptide; NYHA, New York Heart Association; REVEAL, Registry to Evaluate<br />
Early and Long-term PAH disease management; WHO, World Health Organization.<br />
Benza RL, et al. Chest. 2012;141:354-362.<br />
The Risk Score “Cliff-Effect”<br />
12-mo Kaplan-MMeier<br />
Survival, %<br />
100%<br />
90%<br />
80%<br />
70%<br />
60%<br />
50%<br />
40%<br />
30%<br />
20%<br />
10%<br />
0%<br />
1 2 3 4 5 6 7 8 9 10 11 12 <strong>13</strong> 14 <strong>15</strong><br />
Predicted Risk Score<br />
Adapted from Benza R, et al. Circulation. 2010;122:164-172.<br />
Implications for Use of REVEAL Score<br />
• Incorporating score into therapeutic decisionmaking<br />
• Practical considerations:<br />
– Goal REVEAL score
Addressing gthe Challenges g in<br />
PAH Management<br />
Panel Discussion<br />
Transitions<br />
James C. Coons, PharmD, BCPS (AQ-Cardiology)<br />
Associate Professor<br />
University of Pittsburgh School of Pharmacy<br />
Department of Pharmacy & Therapeutics<br />
Pittsburg, PA<br />
Transitions<br />
• Inhaled vs. parenteral prostacyclin therapy?<br />
• When is it acceptable to transition from<br />
p<br />
parenteral to inhaled therapy or vice-versa?<br />
31
Outpatient-to-Inpatient and<br />
Inpatient-to-Outpatient Transitions?<br />
Heather R. Bream-Rouwenhorst, PharmD, BCPS<br />
Clinical Assistant Professor<br />
University of Iowa College of Pharmacy<br />
Clinical Pharmacy Specialist – Cardiology<br />
University of Iowa Hospitals and Clinics<br />
Iowa City, IA<br />
Dilemma<br />
Intravenous prostacyclin therapy is commonly<br />
ordered incorrectly.<br />
What steps should be taken to ensure smooth<br />
outpatient-to-inpatient and inpatient-tooutpatient<br />
transitions?<br />
Considerations<br />
• DOSING WEIGHT!<br />
• Patient may not “know” dose but MUST confirm<br />
– Knows number of vials needed to prepare<br />
cassettes<br />
– Dilutions<br />
– Often “mL per day”<br />
– Timing of next cassette/bag<br />
• Pump availability<br />
32
Considerations<br />
• Central vs. peripheral access<br />
– Concentration and stability issues<br />
– May need to convert cassettes to bags and viceversa<br />
• 4 mL/h lowest peripheral flow rate<br />
• Back-up<br />
– Essential for epoprostenol<br />
– Not needed for treprostinil<br />
Novel Therapies<br />
Coming Down the Pike<br />
Roberto F. Machado, MD<br />
Associate Professor of Medicine<br />
Section of Pulmonary, Critical Care Medicine, Sleep and Allergy<br />
Institute for Personalized Respiratory Medicine<br />
University of Illinois at Chicago College of Medicine<br />
Chicago, IL<br />
Open Forum:<br />
Q and dAA<br />
33
Options in Action: A Case‐Based<br />
Approach to Pulmonary Hypertension<br />
Kimberly Ackerbauer, PharmD, BCPS<br />
Clinical Pharmacy Specialist, Cardiac Intensive Care Unit<br />
Rush University Medical Center<br />
<strong>September</strong> <strong>13</strong>, 2012<br />
Objectives<br />
• Describe key elements to ensure safe and effective<br />
use of injectable agents to manage pulmonary<br />
hypertension<br />
• List steps involved in transitioning a patient from<br />
hospital p to home<br />
Additional Goals<br />
• Review differences between injectable prostacyclin<br />
therapies<br />
• Recognize potential complications associated with<br />
preparation and administration<br />
Pulmonary Hypertension<br />
• Pulmonary hypertension is a syndrome resulting in increased blood<br />
pressure in the pulmonary arteries which eventually leads to right sided<br />
heart failure<br />
• Hemodynamic definition: Mean pulmonary artery pressure >25mmHg<br />
with pulmonary capillary wedge pressure ≤<strong>15</strong>mmHg<br />
http://www.hwcrc.org/Health/Disease/circulatory%20system.htm<br />
Conflict of Interest<br />
• No conflicts of interest to disclose<br />
DW: Presents to Hospital<br />
• Chief Complaint: Shortness of breath and lower extremity edema x 2 days<br />
• History of Present Illness: DW is a 51 year old F with a past medical history significant<br />
for idiopathic pulmonary hypertension with symptoms of right heart failure. She presents to<br />
the ED with shortness of breath with minimal exertion and also notes lower extremity<br />
edema. She denies fever or other infectious symptoms.<br />
• Past Medical History:<br />
Idiopathic pulmonary hypertension<br />
Diabetes mellitus<br />
• Medications:<br />
–Metformin 1000mg BID<br />
–Sildenafil 20 mg q8h<br />
–Digoxin 125mcg daily<br />
–Furosemide 40mg daily<br />
WHO Classification<br />
I. Primary Pulmonary Arterial Hypertension<br />
• Idiopathic, familial, connective tissue disorders, HIV, portal<br />
hypertension, toxins, etc<br />
II. Associated with left heart disease<br />
III. Associated with lung g disease<br />
• COPD, interstitial lung disease, etc<br />
IV. Chronic thrombotic or embolic disease<br />
V. Miscellaneous<br />
• Sarcoidosis, compression of pulmonary vessels, etc<br />
8/29/2012<br />
1
Pulmonary Hypertension<br />
• Approximately <strong>15</strong>% mortality within 1 yr on modern therapy 1<br />
• Predictors of a poor prognosis:<br />
• Advanced functional class (NYHA Functional classes)<br />
• Measured by 6‐minute walk test (20mmHg<br />
• Low cardiac index
Requirements for Safe Use: Physicians<br />
• Authorized Prescribers<br />
– Knowledge of disease state<br />
– Cost $100,000‐$160,000/year<br />
– Appropriate selection of agent<br />
– Administration challenges<br />
– Insurance approval process and requirements<br />
– Knowledge of side effects, monitoring parameters<br />
– Complications:<br />
• Infected lines<br />
• Transitioning between agents<br />
• Abrupt discontinuation<br />
Product Selection 3‐5<br />
Epoprostenol IV Treprostinil IV Treprostinil SQ<br />
Half‐life 6 mins 4 hours 4 hours<br />
Side effects<br />
ALL: Flushing, headache N/V/D, hypotension, dizziness, anxiety, arthralgia, jaw<br />
Specific Side<br />
Effects<br />
Stability Room Temp: 8hrs<br />
(Veletri 24h at RT)<br />
• Treprostinil<br />
pain, rash • , especially Half life with titration<br />
• Rate<br />
On ice: 24hrs • ICE<br />
• Infusion reaction<br />
Infection risk Infusion site pain<br />
48h, no ice 72h, no ice<br />
Cassette or<br />
Syringe change<br />
Q24h Q48h Q72h<br />
Tubing change Q72h Q72h Q72h<br />
Dilution Required Required None<br />
• Intravenous<br />
• Subcutaneous<br />
Treprostinil<br />
http://www.smiths-medical.com/<br />
http://www.remodulin.com/hcp/iv‐administration.aspx<br />
Requirements for Safe Use:<br />
Technicians, Pharmacists, Nurses<br />
• Pharmacy technicians<br />
– Supply management<br />
– Preparation<br />
• Pharmacists<br />
– PPreparation, ti di dispensing i<br />
– Assist MDs, technicians, RNs in all responsibilities<br />
• Nurses<br />
– Assist MDs in all responsibilities<br />
– Administration<br />
– Pump management, monitoring<br />
Epoprostenol<br />
• Inpatient therapy<br />
– Hospital Pumps<br />
• Drug good for 48hr (okay to make back up)<br />
• 40hr in fridge + 8hr no ice needed<br />
– CADD pumps<br />
• Drug good for 48hr (okay to make back up)<br />
• 24hr in fridge then 24hr on ice<br />
• Home therapy<br />
• CADD pump<br />
http://www.smiths‐medical.com/<br />
DW: Initiation of Therapy<br />
• Feb 24: Initiation of epoprostenol through PICC line<br />
– Dosing weight selected at 106kg<br />
– Started at 2ng/kg/min<br />
– Rush utilizes CADD pumps for all IV prostacyclin administration<br />
• Pharmacist<br />
– Verified indication (weight, dose, concentration)<br />
– Planned titration<br />
• Increase 24h dose by 30‐50%<br />
– Minimum flow rate for CADD ~40mL/24 (100mL cassette)<br />
• Specialty pharmacy recommendation to ensure accurate delivery of epoprostenol<br />
– Coordinate dispense times<br />
8/29/2012<br />
3
Example Cassette Calculations<br />
• Vial sizes: 0.5mg, 1.5mg (0.5mg=500,000ng)<br />
• Cassette volume 100mL<br />
• Pump programmed for mL/24h (round to nearest mL)<br />
• 0.5mg/mL into 100mL cassette=5,000ng/mL<br />
2ng/kg/min *106kg *60 min *24h =61 mL/24h<br />
5000ng/mL<br />
Enough for titration?<br />
61mL x 1.5 = 92mL (50% extra allows for titration)<br />
DW: Therapy Complications<br />
• Mar 7: ID service approves tunneled catheter<br />
• Changing lines:<br />
– “Bolus” or “IVP” dose<br />
• Duration of drug to get through new lumen<br />
• 48mL/24hr 48mL/24hr, lumen =4 4 mL=1.6hr mL 1 6hr for drug to get to circulation<br />
– Lumen volume<br />
• Attach syringe to line and withdraw until blood returns<br />
• Bolus dose is 60‐80% of lumen volume<br />
• 0.6 x 4mL = 2.4mL (same concentration)<br />
Transitioning to IV Treprostinil<br />
• Technique used (PICC line to tunneled catheter)<br />
– Bolus dose, lumen volume<br />
– Overlap epoprostenol and treprostinil x <strong>15</strong>‐30min<br />
– 1:1 conversion, typically higher treprostinil requirements<br />
• Others (published reports)<br />
– IV Epoprostenol to IV Treprostinil<br />
• Rapid switch: change reservoir (same line used) 6<br />
• ↓ epoprostenol and ↑ treprostinil over 24‐48h (2 lines used) 7<br />
– IV Epoprostenol to SQ Treprostinil<br />
• Over 14 days (2 lines used) 8<br />
DW: Therapy Complications<br />
• Feb 25: Insurance paperwork started<br />
– Requirements (Medicare guidelines)<br />
– First time prescriber, difficultly identifying required<br />
paperwork without specialty pharmacy guidance<br />
• Mar 4: Patient develops E. Coli bacteremia, UTI<br />
– Antibiotics started, unable to culture PICC<br />
– Per ID service, bacteremia from UTI, unlikely line infection<br />
– Okay to use PICC until new line can be placed<br />
DW: Complications Continue<br />
• Mar 8: Informed coverage denied<br />
– Treprostinil preferred/approved<br />
• Mar 9: Transition to IV Treprostinil<br />
SQ Treprostinil<br />
• Pump programmed for mL/hr<br />
• Rate must be in increments of 0.002mL/hr<br />
• Vial sizes (multi‐dose): 1mg/mL, 2.5mg/mL, 5mg/mL, 10mg/mL<br />
• Concentration 1,000,000ng=1mg<br />
• 2.5mg/mL into 3mL syringe<br />
8ng/kg/min *106kg *60 min =0.02mL/hr<br />
2,500,000ng/mL<br />
• 0.02mL x 72h=1.5mL in syringe<br />
8/29/2012<br />
4
• Trained nurses<br />
– Programming rates<br />
– Alarms<br />
– Priming lines<br />
– Monitoring<br />
Administration/Nursing<br />
• Miscellaneous<br />
– Secondary means of IV access<br />
– Do not interrupt infusion<br />
– Do not FLUSH line, single lumen preferred<br />
– No other medications should be administered through the same line<br />
– Do not change dose based on daily weights<br />
Home Training<br />
• Training<br />
– Disease state<br />
– Mixing, documented mixing partner, aseptic technique,<br />
quiet area<br />
– Pump use, titrations, alarms<br />
– Drug and supply distribution<br />
– Extra supply<br />
– Signs and symptoms of too much/too little medication<br />
• When to call<br />
• Specialty RN determines when safe to go home<br />
• Mar 10: HOME!!<br />
Questions?<br />
Specialty Pharmacy Training<br />
• Training typically started prior to initiation<br />
• Safety screen/cleanliness<br />
– Patients generally not send to SNF<br />
• MMar 9 and d 10 10: specialty iltpharmacy h training t i i<br />
Home Therapy<br />
• Example: SQ treprostinil titration protocol<br />
• 63.6kg<br />
Dose ng/hr Conc (mg/mL) Rate Syringe volume (mL)<br />
<strong>15</strong>.5ng/kg/min g g 59,148 , 2.5 0.024mL/hr 1.8mL<br />
17ng/kg/min 64,872 2.5 0.026mL/hr 1.9mL<br />
18.5ng/kg/min 70,596 2.5 0.028mL/hr 2.1mL<br />
19.5ng/kg/min 74,412 2.5 0.030mL/hr 2.2mL<br />
21ng/kg/min 80,<strong>13</strong>6 2.5 0.032mL/hr 2.4mL<br />
22ng/kg/min 83,952 2.5 0.034mL/hr 2.5mL<br />
23ng/kg/min 87,768 5 0.018mL/hr 1.3mL<br />
24ng/kg/min 91,584 5 0.018mL/hr 1.4mL<br />
26ng/kg/min 99,216 5 0.020mL/hr 1.5mL<br />
References<br />
1. McLaughlin VV, Archer SL, Badesch DB, et al. ACCF/AHA 2009 expert consensus document on<br />
pulmonary hypertension: a report of the American College of Cardiology Foundation Task<br />
Force on Expert Consensus Documents. J Am Coll Cardiol 2009;53:<strong>15</strong>73–619.<br />
2. Farber HW, Loscalzo J. Pulmonary Arterial Hypertension. N Engl J Med 2004; 351:1655‐65.<br />
3. Flolan [package insert]. Research Triangle Park, NC: GlaxoSmithKline; 2011.<br />
4. Remodulin [package insert]. Research Triangle Park, NC: GlaxoSmithKline; 2011.<br />
5 Veletri [package insert] South San Francisco CA : Actelion Pharmaceuticals US Inc<br />
5. Veletri [package insert]. South San Francisco, CA : Actelion Pharmaceuticals US Inc.<br />
6. Sitbon O, Manes A, Jais X, et al. Rapid switch from intravenous epoprostenol to intravenous<br />
treprostinil in patients with pulmonary arterial hypertension. J Cardiovasc Pharmacol. 2007<br />
Jan;49(1):1‐5.<br />
7. Gomberg‐Maitland M, Tapson VF, Benza RL. Transition from intravenous epoprostenol to<br />
intravenous treprostinil in pulmonary hypertension. Am J Respir Crit Care Med 2005;<br />
172:<strong>15</strong>86–89.<br />
8. Rubenfire M, McLaughlin VV, Allen RP, et al . Transition from IV epoprostenol to<br />
subcutaneous treprostinil in pulmonary arterial hypertension. Chest 2007; <strong>13</strong>2:757‐763<br />
8/29/2012<br />
5
Assessment Question 1<br />
Which of the following is NOT true regarding injectable<br />
epoprostenol?<br />
A. Half life ̃6mins<br />
B. Can be administered SQ<br />
C. Requires 24h cassette changes with the CADD pump.<br />
Assessment Question 3<br />
Which of the folloiwng are potential complications of IV<br />
treprostinil use?<br />
A. Infected lines<br />
B. Calculation errors<br />
C. Flushing the line it is infusing in<br />
D. All of the above<br />
Assessment Question 2<br />
Which of the following should NOT change throughout a<br />
patient’s course of therapy?<br />
A. Dosing weight<br />
B. Drug concentration<br />
C. Dose<br />
8/29/2012<br />
6
<strong>Presentation</strong> <strong>Outline</strong><br />
<strong>ICHP</strong> <strong>Annual</strong> <strong>Meeting</strong><br />
<strong>September</strong> <strong>13</strong>-<strong>15</strong>- 2012<br />
“Evolving Trends That Will Impact Pharmacy’s Future”<br />
David A Zilz<br />
1) Introduction: Future leaders need a vision to meet future needs, expectations and<br />
mandates.<br />
a) Articulation critical issues<br />
b) Analyzing pertinent data and statistics<br />
c) Developing forecasting mentality<br />
d) Creating a vision on how to implement of patient and health-system services<br />
2) Critical Issues identified by ASHP Research and Education Foundation:<br />
a) Support the profession - advance pharmacy practice – foster leadership –<br />
accountability for patient outcomes<br />
b) Create demand – new models of practice – leverage expertise and unique<br />
abilities of pharmacists<br />
c) Drive advancement – technical, human and leadership competencies – in<br />
complex and rapidly changing organizations.<br />
d) Ensure financial stability of the Foundation<br />
3) Major dimensions in vision and forecasting:<br />
a) Patients and changing demographics<br />
b) Health care providers, especially pharmacists<br />
c) The restructuring of healthcare systems.<br />
d) Technology-Technicians-Trainees<br />
4) Patients and care statistics and trends:<br />
a) Numbers – patients<br />
b) Hospitals – beds – admissions –<br />
c) Emergency departments<br />
d) Disease trends<br />
5) Providers<br />
a) Physicians, hospitalists, nurses, physician assistants<br />
b) Pharmacists and the changing landscape<br />
c) Health systems and chain drug (health center) stores<br />
6) Future health systems and pharmacy enterprises<br />
a) Roles and responsibilities<br />
b) Leadership needed<br />
c) Future role of residency trained pharmacists<br />
7) Integrating career into a complete life plan<br />
8) Concluding remarks.
Illinois Council of Health‐Systems<br />
Pharmacists<br />
<strong>Annual</strong> <strong>Meeting</strong><br />
Oak Brook, Illinois<br />
<strong>September</strong> <strong>13</strong>‐<strong>15</strong>, 2012<br />
“Prayer to Owen Meany”<br />
• “Faith takes practice (not only in religious‐<br />
but every aspect of life)”<br />
and<br />
• “We are always being trained for the next<br />
opportunity but we will not know why, until<br />
the moment we die.”<br />
Tomorrow and you!! ‐ 1<br />
ASHP’s Role in Strategic Leadership Development<br />
• <strong>Annual</strong> ASHP Conference for Leaders in Health‐System<br />
Pharmacy<br />
• Sections for Pharmacy Practice Manager and Clinical<br />
Specialists<br />
• Targeted monthly Newslinks<br />
• ASHP Connect<br />
• Specialized programming at ASHP national meetings<br />
• Educational and networking webinars<br />
• Web‐based practice resources<br />
• Residency accreditation<br />
Evolving Trends That Impact Will<br />
Pharmacy Practice in the Future<br />
David A. Zilz, B.S.Pharm., M.S, CDL, FASHP<br />
Senior Consultant, Corporate Pharmacy Programs<br />
University of Wisconsin Health Systems and Hospital & Clinics<br />
Clinical Professor Emeritus‐ UW School of Pharmacy<br />
Madison, Wisconsin<br />
The speaker has no conflict to disclose.<br />
Since Then‐Unique Path‐perhaps?<br />
• Practice<br />
• Associations<br />
• Consulting<br />
• Blue Collar<br />
• Volunteer<br />
Tomorrow and you!! ‐ 2<br />
ASHP Research and Education Foundation<br />
Visionary Leadership<br />
• Strategic Plan<br />
• approved (June 1, , 2011) 0 )<br />
• identifies four critical issues<br />
• 12 strategic initiatives to address them.<br />
• That is truly “Visionary Leadership”<br />
8/29/2012<br />
1
The Critical Issue ‐ 1<br />
“Facilitate and strongly support the<br />
pharmacy p yp profession in advancing g<br />
pharmacy practice models that<br />
foster pharmacists’ leadership and<br />
accountability for patient<br />
outcomes.”<br />
The Critical Issue ‐ 3<br />
“Drive the advancement of the<br />
technical, human, and leadership p<br />
competencies of pharmacists and<br />
pharmacy staff in complex and<br />
rapidly changing organizations.”<br />
The R & E Vision<br />
& Role of Forecasting<br />
Four major dynamics that will change your<br />
practices in the future:<br />
1) Patients and changing demographics<br />
2) Pharmacy & other health care providers<br />
3) Restructuring of the health care systems<br />
4) Technologies and Technicians + Students<br />
The Critical Issue ‐ 2<br />
“Create demand for new models<br />
of pharmacy practice that<br />
leverage the expertise and<br />
unique abilities of pharmacists.”<br />
The Critical Issue ‐ 4<br />
“Ensure the long‐term<br />
financial sustainability of the<br />
Foundation.”<br />
Statistics<br />
Patients<br />
8/29/2012<br />
2
Patient Activity ‐ 1<br />
Patients in U.S.<br />
– 310.9 million – 80+% will receive prescription<br />
– Beds available ‐ all facilities – 944,277<br />
– Community hospital/university – 805,593<br />
– Admissions annually all facilities – 37,479,709 –<br />
Discharges or 140,000 today‐most with new<br />
medications<br />
– Admissions in community/university – 35,527,377<br />
Patient Care Activities<br />
Emergency Room Patients<br />
• Injury‐related visits:<br />
� 42.4 million<br />
� 41.4 per 100 citizens (OH: 46.8; IL: 41.8; MA: 41.5; WI: 33.3; MI: 39.6;<br />
MD: 37.7; NC: 40.8)<br />
� All others discharged on medication<br />
• Patients seen by:<br />
� Physicians: 111,000,000<br />
� Physician Assistants and ER Techs: 21,450,000<br />
� Nurse Practitioner: 4,400,000<br />
� Patient patterns:<br />
� 4% of the patients account for 20% of all visits<br />
� 5% of patients account for 50+% of costs<br />
Diabetes –IAF Forecast ‐ 2<br />
We need to better forecast the profession’s future<br />
2010 to 20<strong>15</strong><br />
• Major j complications: p visual, , renal, , amputations p<br />
– 3,676,300 to 4,850,900 = 1,052,500 + 28%<br />
• Over 65 –the percentages even greater.<br />
• “Point is” many entities are forecasting better<br />
each year<br />
Patient Care Activities<br />
Emergency Room Patients<br />
• ER visits:<br />
• 123.8 million (<strong>13</strong>‐17% admitted)<br />
• Medications:<br />
• 96,419,000 mentioned medications<br />
� 27,343,000 did not mention medications<br />
� ~30% had 3 or more medications<br />
� And 425,000 visits – inappropriate pain relieveres<br />
• Patients over 65 years of age:<br />
• 19,261,000<br />
� 1,675,000 with chest pain or shortness of breath<br />
Diabetes –IAF Forecast ‐ 1<br />
We need to better forecast the profession’s future<br />
2010 to 20<strong>15</strong><br />
Population: p 310,233,000 , , to 325,540,000 , , =<br />
<strong>15</strong>,307,000 +4.9 %<br />
Pre‐diabetes: 79,016,000 to 82,9<strong>15</strong>,000 =<br />
3,899,000 +5.0 %<br />
Diagnosed: 20,300,000 to 26,600,000 = 6,300,000<br />
+ 31%<br />
Statistics<br />
Providers<br />
8/29/2012<br />
3
Numbers Health Professionals<br />
Where do pharmacists fit? ‐ 1<br />
• Nurses –3.3+ million<br />
• Physicians – 980,000<br />
• Physician Assistants – 84,000 + 4,160/yr<br />
• Pharmacists – 270,000<br />
• Pharmacists –Health‐Systems ‐ 57,000<br />
– 5% retire each year – need 2,900 residency<br />
trained people every year just to replace retirees<br />
Physician Statistics<br />
• Total no. of physicians: 954,000<br />
� Resident positions: 110,000 (<strong>13</strong>% are non‐US citizens)<br />
• Primary Care: 352,908<br />
� Predicted to need 45,000 more by 2020<br />
� NNo. entering t i Family F il Medicine Mdii in i 5 years declined d li db by 25%; 25% reason<br />
for non‐physician providers<br />
• Medical school entering class: 18,000<br />
� In 2009, 4 new schools admitted 190<br />
� Pharmacy admits about 12,000<br />
Medical Residents & Students<br />
National Trends<br />
(April 2010)<br />
• Expansion of Medical Schools (as of Oct. 2009):<br />
� Number of students admitted: 18,000<br />
� Expanding di by b 340 3 0<br />
• Four new schools: 190 more students<br />
• Existing schools added <strong>15</strong>0 more students<br />
– Contrast 20++ new pharmacy schools<br />
• Residents‐in‐training in 2010:<br />
� 110,000<br />
� 14,300 non‐US citizens trained outside of US medical schools<br />
2011 AHA Futurescan<br />
• Clinical extenders will provide the bulk of primary care<br />
• Two Factors<br />
– Development of clinical guidelines<br />
– Pressing patient demands<br />
• Two‐thirds of responders believe by 2016<br />
– Advanced practice p nurses, , pphysician y assistants and<br />
pharmacists—will provide most primary care<br />
• Rationale for prediction:<br />
– 82% ‐ M.D.’s who oppose will reverse thoughts<br />
– Regulations in states will allow prescribing without M.D. signature<br />
– Potential for cost savings<br />
– 71% believe productivity and efficient use of resources will be same<br />
Physician Statistics<br />
• 60% of Health Systems own physician practices<br />
• 50% of all US physicians are employed by hospitals<br />
• 32% of first year residents have decided they would like to work<br />
for hospitals.<br />
• 75% of cardiology practices owned by Hospitals/Health<br />
Systems<br />
• Of the 10,400 certified Oncologists, McKesson Health<br />
Solutions employees 2,990<br />
Hospitalists<br />
National Trends<br />
• History of growth –Term was coined in 1997 and Society of<br />
Hospital Medicine was created<br />
• 1997 ‐‐‐ 1,000<br />
• 1999 ‐‐‐ 3,500<br />
2001 7 000<br />
• 2001 ‐‐‐ 7,000<br />
• 2003 ‐‐‐ 11,200<br />
• 2005 ‐‐‐ 16,400<br />
• 2007 ‐‐‐ 20,200<br />
• 2010 ‐‐‐ 30,000 +<br />
• 20<strong>15</strong> ‐‐‐ ??,???<br />
8/29/2012<br />
4
Hospitalists<br />
National Trends<br />
• January 2010 –Society of Hospital Medicine Members<br />
reached 10,000<br />
• Credentialing growth:<br />
– May 2009 – 500 inducted as “Fellows in Hospital Medicine<br />
• 2011 – – 119 New Fellows Approved<br />
– April 2010 –Senior Fellows Category Created<br />
• 2011 ‐ 59<br />
– April 2010 –Masters of Hospital Medicine<br />
• 2011 –4<br />
• Bottom line –outcomes and cost are now aligned by<br />
hospitals and physicians<br />
Nursing Profession Statistics<br />
• Nurses: 3.3+ million plus 2.2 million trained aids<br />
� Currently 2,618,700 listed positions (60% in hospitals)<br />
• Predict in 10 years, will need 581,500 additional RNs: The<br />
needs in practice settings beyond current staffing levels for<br />
nurses is projected to be:<br />
� Offices of physicians: 48%<br />
� Home health services: 33%<br />
� Nursing care facilities: 25%<br />
� Employment services: 24%<br />
� Hospitals (public and private): 17%<br />
Nursing Profession Statistics<br />
• Advance Practice Nurses in 2008: 375,794 (28,369 doctorates)<br />
• In 2010, <strong>15</strong>3 schools granted 7,037 Doctor of Nursing Practice<br />
(DNP) degrees. In 2004, 4 schools granted 170 DNP degrees.<br />
• Nurse Practitioners’ growth in Master’s degrees:<br />
Ratio of Primary Care Physicians<br />
to Population<br />
• United States Average: 1.25 physicians per 1,000 population<br />
• Wi Wisconsin, i Mi Minnesota t ,and d Illi Illinois i are slightly li htl better btt off, ff<br />
with ratios between 1.21 to 1.5<br />
• Iowa and Indiana: Ratios between 1.0 to 1.2<br />
Nursing Profession Statistics<br />
• Advance Practice Nurses in 2008: 375,794<br />
(28,369 doctorates)<br />
• Doctors of Nursing Practice<br />
– 2004: Four (4) schools ‐7 DNP degrees<br />
– 2006: Eight (8) schools‐74 DNPs degree<br />
– 2008: (92)Schools–361 DNPs = 3,4<strong>15</strong> enrolled<br />
– 2010: (<strong>15</strong>3)Schools‐1,281 DNPs = 7,037 enrolled<br />
– 2011: (182) schools –1,581 DNPs = 8,973 enrolled<br />
– 2012: (101) more schools in planning stages<br />
• Additional PH.D. Enrollees 2011 – 4,907<br />
Nursing Profession Statistics<br />
• Many Advanced Practice Nurses acting as<br />
physicians to fill primary care needs<br />
****I 2004 h A i A i i f<br />
• ****In 2004, the American Association of<br />
Colleges of Nursing mandated that by 20<strong>15</strong>,<br />
all entry‐level Advanced Practice Nurses<br />
(APNs), including NPs, attain a doctorate<br />
degree, Doctor of Nursing Practice (DNP)<br />
8/29/2012<br />
5
Numbers ‐ Health Professionals<br />
Where do pharmacists fit? ‐ 2<br />
How can 57,000 be organized within health‐<br />
system pharmacy enterprises to collaborate<br />
with with 4.2 42million million M.D.s MDsand and R.N.s RNsto to optimize<br />
drug use for 310 million patients?<br />
Changing Pharmacy Landscape ‐ 1<br />
• Applicants to pharmacy schools<br />
– 1<strong>15</strong>,000/year or more<br />
• Graduate from pharmacy schools<br />
– 12,000 annually and growing<br />
– Last two years plus all residents – 27,000<br />
additional pharmacy presence – educated –<br />
capable –with training and using good<br />
systems ‐ much better than what happens to<br />
patients histories and discharge now.<br />
– Plot ‐ Patient Benefit versus student 60%‐resident 30% ‐ preceptor<br />
Changing Pharmacy Landscape ‐ 3<br />
• Residents 2010 –2,<strong>13</strong>1<br />
• Residents 2011 – incomplete data<br />
– Predicting 2,300<br />
• Complete PGY2/Administration – 30 to 45<br />
– How about 50 to 500 in 5 years?<br />
– Increasingly with an “M” degree – M.S., M.P.H., M.B.A., Med,<br />
M.H.A., etc.<br />
• Needed to replace retirees:<br />
– 2,900 or 600 more / year than being prepared.<br />
Pharmacy Landscape<br />
• Applicants to pharmacy schools<br />
– 1<strong>15</strong>,000+/year<br />
– From a pool of 3.2 million grads or 3.5% of<br />
graduates from 37,000 High Schools<br />
• 12,000 admitted<br />
– 0.375% of all high school graduates – REMEMBER ‐<br />
there are 37, 000 valedictorians and 37,000<br />
salutatorians = 74,000<br />
– 1 of 3 valedictorians or 1 out of 6 combined<br />
valedictorians and salutatorians.<br />
– Academic excellence –very competitive era!<br />
Changing Pharmacy Landscape ‐ 2<br />
• Residents 2010<br />
– Completed PGY1 ‐ 1,765<br />
– Completed PGY2 ‐ 366<br />
– Completed Total 2,<strong>13</strong>1<br />
• PGY‐2 –So how unique are you? (12,000)<br />
l<br />
– Critical Care ‐ 85<br />
– Oncology –52<br />
– Ambulatory Care –49<br />
– Infectious Disease –35<br />
– Administration + M.S. –30<br />
– Psych and Internal Med –<strong>15</strong> each<br />
• How will you uniquely provide “leadership”<br />
Changing Pharmacy Landscape ‐ 4<br />
• Residents Forecast – 2012<br />
– Starting PGY1 2,027<br />
– Starting PGY2 438<br />
– Starting Total 2,465<br />
– ASHP Support Post‐match 20<br />
– Post Match Scramble ??<br />
– Estimated Total Complete<br />
• Three year summary<br />
2,500<br />
– 2010 2,<strong>13</strong>1<br />
– 2011 2,300 ‐‐ 7.9% increase<br />
– 2012 2,500 ‐‐ 8.7% increase<br />
– Total 6,831 ‐‐17.3% since 2010<br />
8/29/2012<br />
6
Pharmacy Landscape<br />
• PGY‐2: So how unique are you?<br />
100<br />
80<br />
85<br />
60<br />
40<br />
20<br />
52 49<br />
35 30<br />
<strong>15</strong> <strong>15</strong><br />
No. of PGY‐2 Residents<br />
0 by Specialty<br />
• How will Pharmacy uniquely provide medication management<br />
“leadership”?<br />
Changing Pharmacy Landscape ‐ 6<br />
• 2020 ‐ Why you could easily become the “Greatest<br />
Generation of Pharmacists”<br />
• Merge “The Greatest Generation + That used to be<br />
us” + Generations: The History of America’s Future,<br />
<strong>15</strong>84 to 2069 ‐ “every 20‐25 years”<br />
– Large numbers 1964>2010 27,000 By 2020 at least<br />
another 27,000<br />
– Maturity & skills & multiple degrees<br />
– Tools‐data‐analytics‐multi‐media<br />
– Challenges & Opportunities very significant<br />
– Entitlements receding –> ^ competition ><br />
– ^ competence > ^ performance<br />
Walgreens – Numbers ‐ 2<br />
• 7,500 stores –1/3 open 24/7/365 ‐ 75% of US<br />
citizens within 5 miles –6 million customers a<br />
day –72 million different ones/yr . ‐‐ more<br />
than hospitals<br />
• 5.4 million flu vaccinations and 2 million H1N1<br />
vaccines plus infusion and respiratory home<br />
visits, Midwest $ Impact<br />
• Last two years ‐ opened 1 additional store per<br />
day –over 700<br />
• Blue Cross Blue Shield findings – 40%<br />
• Where do we fit and what is our connect, if any???<br />
Changing Pharmacy Landscape ‐ 5<br />
• Total residents completed program<br />
1964‐2010 ‐‐ 27,214!!!!!<br />
• If all practiced in health systems that<br />
would ld be b approximately i t l ½ of f current t<br />
practitioners<br />
• In 9 years another 27,000!!!<br />
– They will be part of greatest<br />
generation of pharmacists in history<br />
Walgreens – Numbers ‐ 1<br />
• Oh by the way – 5,300 students a year still<br />
receive Walgreens scholarships.<br />
• The “chains” will continue to be a major force<br />
in shaping our future practice models.<br />
Corporate Pharmacy‐competitors Pharmacy competitors or<br />
colleagues?<br />
• $67 billion in revenue<br />
• 70,000 health care providers (nurse practitioners,<br />
physicians assistants, home care nurses, physicians)<br />
AND 26,000 pharmacists<br />
Where do we fit with future<br />
practitioners???<br />
• <strong>Annual</strong>ly –New patient care doctorates entering practice<br />
every year (based on 2010 data)<br />
• Medical Doctors ‐ 18,000<br />
• Pharm. D’s ‐ 12,000<br />
• Doctors of Nursing Practice 10 000+<br />
• Doctors of Nursing Practice ‐ 10,000+<br />
– Note ‐ nursing trend is exponential<br />
Total 40,000<br />
So what???<br />
– Nearly 1/3 will be pharmacists! Where will they fit?<br />
– Who will collaborative practices be with???<br />
– What should your contributions be???<br />
8/29/2012<br />
7
What will you do as future<br />
practitioners by 20<strong>15</strong>???<br />
At a minimum<br />
It had better include all the<br />
components components of the PPMI!!<br />
If not accomplished by then‐<br />
your generation<br />
could be left behind<br />
Illinois Statistics‐1<br />
• Population: 12,814,300<br />
• Poverty Level: 2,455,700<br />
• Food stamps: 1,831,898<br />
• Uninsured: 1,863,800<br />
• Medicaid: 2,691,000<br />
• Medicare: 1,794,002<br />
• Obesity in Children: 35%<br />
• AIDS: 1,358<br />
Illinois Statistics‐3<br />
• Physicians: 34,388<br />
– Male (65%) female (35%)<br />
– Lower percent of woman than other states<br />
– Perhaps a large number of old men physicians<br />
• Medical Students Graduating: 1,085<br />
– Male (50%) Female (50%)<br />
– 4 th largest number in nation behind –New York,<br />
Texas, Pennsylvania –More than Cal<br />
Kaiser Foundation<br />
www.statehealthfacts.org<br />
Illinois Statistics‐2<br />
• Hospitals: 189 (20 For Profit)<br />
• Beds: 33,317<br />
• Admissions: 1,537,716<br />
– 120/1,000 Population (US‐114 & Wis‐103)<br />
– Medication History/discharged today: 4,271<br />
• Inpatient days: 7,534,808<br />
– Today 20,930 Ave LOS ?.? days<br />
• Emergency Room Visits: 3,656,201<br />
– 418/1,000 residents (high) WI is 380/1,000<br />
– Today will admit 10,<strong>15</strong>6 (30 to 40%) ‐ all need a<br />
good med histories?<br />
Primary Care Physicians by Field, February 2012<br />
Ilinois<br />
Number<br />
Colorado<br />
%<br />
Internal Medicine 2,185 35% <strong>15</strong>8,116 41%<br />
Family<br />
Medicine/General<br />
Practice<br />
US<br />
#<br />
US<br />
%<br />
2,323 38% 1<strong>13</strong>,516 30%<br />
Obstetrics/Gynec<br />
ology 708 11% 43,662 11%<br />
Pediatrics 968 16% 67,769 18%<br />
Total Primary<br />
Care 6,184 100% 383,063 100%<br />
8/29/2012<br />
8
Primary Care Physicians by Field, February 2012<br />
IL<br />
#<br />
IL<br />
%<br />
Internal Medicine 7,560 44% <strong>15</strong>8,116 41%<br />
Family<br />
Medicine/General<br />
Practice<br />
US<br />
#<br />
US<br />
%<br />
4,647 27% 1<strong>13</strong>,516 30%<br />
Obstetrics/Gynecol<br />
ogy 1,985 12% 43,662 11%<br />
Pediatrics 2,909 17% 67,769 18%<br />
Total Primary Care 17,101 100% 383,063 100%<br />
Illinois Statistics‐4<br />
• Nurses: 123,770<br />
– Nurse Practitioners: 4,539<br />
• Physician Assistants: 589<br />
• Dentists: 8,571<br />
– Male (72%) female (28%)<br />
• Pharmacists: ??????<br />
Statistics ‐ Health Systems ‐ 1<br />
• Registered Hospitals – 5,795<br />
• Community Hospitals – 5,008<br />
– Not for profit – 2,918<br />
– For Profit – 998<br />
– State and local – 1,092 ‐ Universities are part<br />
– Urban – 3,011<br />
– Rural – 1,997<br />
– In a system – 2,921<br />
– In a network – 1,485<br />
Physicians by Specialty Area, February 2012<br />
IL<br />
#<br />
Anesthesiologists 1,830 10.6% 42,466 9.9%<br />
Emergency Medicine 1,858 10.7% 40,141 9.4%<br />
Oncology (Cancer) 568 3.3% 14,443 3.4%<br />
Psychiatry 1,759 10.2% 45,981 10.7%<br />
Surgery 11,760 760 10 10.2% 2% 43 43,579 579 10 10.2% 2%<br />
Endocrinology, Diabetes,<br />
& Metabolism 250 1.4% 5,956 1.4%<br />
IL<br />
%<br />
US<br />
#<br />
US<br />
%<br />
Cardiology 1,109 6.4% 26,701 6.2%<br />
All Other Specialities 8,<strong>15</strong>3 47.2% 209,223 48.8%<br />
Total Specialty 17,287 100.0% 428,490 100.0<br />
Statistics<br />
Health Systems<br />
Statistics ‐ Health Systems ‐ 2<br />
Rate of Integration:<br />
(2009‐1/week)<br />
(2010‐1/3 days)<br />
(2011‐1/2 ( / days) y) ‐<br />
Therefore by 20<strong>13</strong> there will likely be only<br />
2200 to 1,000 networks<br />
• Physician practices a key part<br />
• 60% of networks now own practices<br />
• 90 +% of cardiology practices owned by networks<br />
8/29/2012<br />
9
Statistics ‐ Health Systems ‐ 3<br />
What are the seismic shifts that will impact<br />
you?<br />
1) Integration of physicians and office<br />
practices into the health systems.<br />
2) Seismic shift to “Ambulatory Care<br />
Awareness” in delivery of care!<br />
3) Optimum “expense management” plus<br />
“revenue enhancement” plus “revenue<br />
preservation” for the enterprise<br />
John David Mann’s<br />
“The Go‐Giver”<br />
"Our individual and collective potential has<br />
always been grossly underestimated...<br />
just as it is today. If you are alive and<br />
reasonably healthy today, it is virtually<br />
100% guaranteed that your potential has<br />
been, and is grossly underestimated."<br />
Future Pharmacy Enterprises ‐ 1<br />
• Must included at least the following<br />
considerations:<br />
– Developing sophisticated corporate structure<br />
– Financial impact pervasive – sophistication<br />
– Comprehensive drug policy development –key to future<br />
– CComplex, l intertwining i t t i i systems t – automation t ti and d computerization– t i ti<br />
better trained ‐ industrial engineered<br />
– Patients –increasing demand for continuum of care<br />
– Capable education and training, especially leadership<br />
• “Constructive INFLUENCE is everything”<br />
• Different leadership ‐ different training – The<br />
“M” factor MS,MPH,MHA,MBA, Medu,???<br />
Health Systems and YOU!‐ 4<br />
A question for you future leaders of the<br />
profession –how as pharmacists do you best<br />
influence the “optimum use of medications in<br />
our society in collaboration ll b with h other h health h l h<br />
professions in the evolving “system” in which<br />
you practice?<br />
Pharmacy<br />
and<br />
Health Systems<br />
Future Pharmacy Enterprises ‐ 2<br />
• Must included at least the following<br />
considerations:<br />
– Patients –increasing demand for continuum of<br />
care<br />
– Capable education and training, especially<br />
leadership<br />
• “Constructive INFLUENCE is everything”<br />
• But perhaps different leadership ‐ different<br />
training<br />
8/29/2012<br />
10
Health Systems Pharmacy and TATAI<br />
“As we reengineer we will significantly improve<br />
efficiency overall and more important less<br />
pharmacist time related to product<br />
management”<br />
• TATAI<br />
– Technology<br />
– Automation<br />
– Technicians<br />
– Artificial Intelligence –Watson on Steroids<br />
• National Academy of Engineering Vision<br />
What is left for us to do?<br />
• As we reengineer the TATAI we will significantly<br />
improve efficiency and need less pharmacist<br />
time. Likely improvements every year for five<br />
years.<br />
• What is left for pharmacists?<br />
– Translation of evidenced base knowledge to<br />
patient outcomes thru “order sets”<br />
– Translation of medication information from and<br />
to patients in hospitals portals of entry and at<br />
discharge – “Communicate”<br />
The Future Pharmacy Mantra<br />
• For all Patients – “Instant Rapport”<br />
– Begin by recruiting into the profession those who<br />
are capable and interested in communicating with<br />
patients and then train them to a high level of<br />
sophistication<br />
– Buy into the concept “Every patient should know<br />
the name of their pharmacist!!!”<br />
• For pharmacy leadership and the C‐suite<br />
“Instant Executive Presence” –<br />
What training is needed?<br />
Patients –The Only Focus<br />
• Allen Flynn –U of Michigan: Informatist Perspective<br />
• With in 5 years –with TATAI ‐ Asked the question –<br />
”What will be left for pharmacists to do?”<br />
• Answer –Translation –at two levels<br />
– FFor a ffew – evidence id bbased dlleadership d hi iin<br />
“managing order set development and<br />
maintenance.<br />
– For many –translation of all facts so individual<br />
patients through direct encounters take them<br />
correct.<br />
“Leading the<br />
Way!!”<br />
What might your Visionary<br />
Leadership Role become?<br />
1) Predict how many of different patients by<br />
diseases<br />
2) Anticipate how to organize each of our<br />
rapidly consolidating systems pharmacy<br />
enterprises<br />
3) Identify how many PGY2 residency trained<br />
individuals we need<br />
4) Help ensure the long‐term financial<br />
sustainability of the Foundation<br />
8/29/2012<br />
11
“Visionary Leadership”<br />
• What society and patients really need<br />
• Articulating what future scenarios could look<br />
like –from “longer view”<br />
• Reality versus “wishful wishful thinking” thinking<br />
• Multiple inputs and multiple iterations<br />
AND<br />
• Based on short and long term trends<br />
• Bottom line – Think Forecasting<br />
“Pearls 2012” (2)<br />
• Volunteer for every possible project you can<br />
do well, it is the extra’s that will count.<br />
• During your interviews be able to “tell the<br />
stories” how you helped the department or<br />
hospital. Be totally honest and accurate<br />
• Learn how to “participate” in meetings!!! A<br />
“so what” list. What is your unique view?<br />
• Computers will not solve your problems, only<br />
quantify them. CIO –Large system<br />
“Pearls 2012” (4)<br />
• Quotes from residents completing their<br />
program: –what the youth are saying!<br />
–“Better to first roll up sleeves ….<br />
Delegate later”.<br />
–“Never “N ltfil let failure get t in i the th way of f progress,<br />
success and growth”<br />
–“Always, always remain positive and more<br />
importantly – open minded”.<br />
–“WOW” –the competition for positions is<br />
over powering. “Change in 3 years”‐DZ<br />
“Pearls 2012” (1)<br />
• Recognize “seismic” shifts when they occur –<br />
current ambulatory transitions!<br />
• Network –Network –Network –return 40<br />
years – better people passed between better<br />
networks during oversupply era. era<br />
• Starting during residency and first 5 years –<br />
become “content expert go to” person in some<br />
area.<br />
• Never forget the importance of professional<br />
and/or executive PRESENCE.<br />
“Pearls 2012” (3)<br />
• Quotes from residents completing their<br />
program –what the youth are saying!:<br />
–“Take advantage of every learning<br />
opportunity you have –it will serve you<br />
well, it is why residencies are so unique”<br />
–“Continually “C i ll work k on kknowing i yourself, lf so<br />
you can align what you do well with<br />
potential career successes”.<br />
–“Residency is “a sprint mode” and career is a<br />
marathon”. The “to‐do” lists get longer, the<br />
difference is, the buck now stops with you”.<br />
Learn to pace yourself.<br />
Always Remember John Maxwell<br />
• “Leadership is influence, nothing more and<br />
nothing less.”<br />
• “Leaders who last are marked by humility.”<br />
• “GREAT” leaders expect to pay a price.”<br />
• “GREAT” leaders set up their successor to be<br />
successful.”<br />
8/29/2012<br />
12
Readings<br />
The 21 Irrefutable Laws of Leadership<br />
John C. Maxwell<br />
The Tipping Point and Blink<br />
Malcolm Gladwell<br />
LeaderShock – How to Triumph over It<br />
Greg Hicks<br />
Managing and Leading: 44 Lessons Learned for<br />
Pharmacists<br />
Paul Bush and Stuart G. Walesh<br />
Common Question<br />
• Will I have a job? Deja Vu 1980<br />
• Recommendations:<br />
– Be able to tell a story on contributing to health‐<br />
ssytem<br />
– Always network – it may be get your job<br />
y y g y j<br />
– In 5 years be health‐system, state or national<br />
“content expert.<br />
– Always volunteer to take on tasks –more the<br />
better right now<br />
– Seismic change toward ambulatory again<br />
– Salaries??? –11‐17% to 20% VVV<br />
“Thank you for<br />
letting g me spend p<br />
this day with you.”<br />
Most Important Reminder<br />
“Begin now to write a plan<br />
for life that will be fully<br />
integrated, holistic and<br />
satisfying!”<br />
See me later for more details!!<br />
Let us every day<br />
“Aspire to<br />
Inspire until<br />
we expire!”<br />
Post Test Questions<br />
1. How many new diabetic patients are expected to be<br />
diagnosed between 2010 and 20<strong>15</strong>?<br />
2. With the current rate of merger and acquisitions, How<br />
many health systems and/or networks are likely to be in<br />
existence by 2014.<br />
3. How many hospitals and acute hospital beds are in the<br />
St State t of f Illi Illinois? i ?<br />
4. Since 1997, when the term “hospitalist” was established,<br />
how many individuals are now part of that patient care giver<br />
category?<br />
5. Since the inception of the ASHP residency program (51<br />
years) , how many individuals have completed accredited<br />
residency programs and how many more will likely complete<br />
programs in the next 10 years?<br />
8/29/2012<br />
<strong>13</strong>
The State of the State: Do We<br />
Have All the PPMI Puzzle Pieces?<br />
Stan Kent, MS, FASHP<br />
Illinois Council of Health‐System Pharmacists’ <strong>Annual</strong> <strong>Meeting</strong><br />
<strong>September</strong> <strong>13</strong>, 2012<br />
Objectives<br />
• Describe the current level of achievement of<br />
the ASHP Pharmacy Practice Model Initiative<br />
(PPMI) by Illinois hospitals.<br />
• Identify areas where Illinois hospitals exceed<br />
or fall short of the national average based on<br />
ASHP’s Hospital Self Assessment tool (HSA).<br />
• Discuss opportunities to improve the level of<br />
implementation of the PPMI within Illinois.<br />
Objectives for the Pharmacy<br />
Practice Model Initiative<br />
• Describe optimal pharmacy practice models<br />
that ensure safe, effective, efficient and<br />
accountable medication‐related care for<br />
patients patients.<br />
• Identify the most important patient‐care‐<br />
related services<br />
• Foster understanding of and support for<br />
optimal pharmacy practice models by key<br />
groups<br />
• Nothing to disclose<br />
Disclosures<br />
GGoal: l<br />
Develop and disseminate a futuristic practice model<br />
that supports the effective use of pharmacists as<br />
direct patient care providers<br />
www.ashp.org/PPMI<br />
Objectives for the Pharmacy<br />
Practice Model Initiative<br />
• Identify existing and future technologies<br />
required to support optimal pharmacy<br />
practice models in health‐systems<br />
• Identify specific actions that pharmacists<br />
should take to implement optimal practice<br />
models<br />
• Determine the tools and resources need to<br />
implement optimal practice models<br />
8/30/2012<br />
1
What is a “Practice Model”?<br />
• Describes how pharmacy department<br />
resources are deployed to provide patient care<br />
services<br />
• Includes:<br />
� How pharmacists practice and provide care to patients;<br />
� How technicians are involved to support care; and<br />
� Use of automation/technology in the medication use<br />
system<br />
Why should we change?<br />
• Patients need help<br />
• We are not doing our best<br />
AJHP 2010;67:542<br />
Factors Driving Practice Change<br />
• US health care system faces challenges to<br />
improve health care quality and deliver<br />
cost‐effective service<br />
• Only half of patients receive the care they<br />
should<br />
• Physicians lack time/expertise<br />
• Projected primary care physician shortage ‐<br />
pharmacists can help fill the gap<br />
AJHP 2010;67:1624‐1634<br />
Examples of Various Practice<br />
Models<br />
• Drug‐Distribution‐<br />
Centered Model<br />
• Clinical Pharmacist‐<br />
Segregated Model<br />
• Patient‐Centered<br />
Integrated Model<br />
AJHP. Woods, et al. 2011; 68: 259<br />
The education‐practice conundrum<br />
Clinical<br />
Focus<br />
Product<br />
Focus<br />
Pharmacy<br />
Education<br />
Time<br />
Pharmacy<br />
Practice<br />
Factors Driving Practice Change<br />
• Health care reform<br />
• Drug therapy is more complex and risky<br />
• Recognition of pharmacists among<br />
interdisciplinary peers as experts on drug<br />
therapy and medication‐use processes<br />
• Patients will be better served if pharmacists<br />
take control of their professional destiny<br />
AJHP 2009;66:7<strong>13</strong><br />
8/30/2012<br />
2
The PPMI –Three Components<br />
• Invitational Summit<br />
• Social Marketing<br />
Campaign<br />
• Raise awareness<br />
• Stimulate discussion<br />
• Disseminate the<br />
findings<br />
• Initiative Grants<br />
“The Summit”<br />
Nov. 7‐9, 2010<br />
• Two‐day invitational event ‐ approximately<br />
<strong>15</strong>0 pharmacist participants<br />
• Plenary presentations and small work<br />
groups followed by a consensus process<br />
• Briefings published in Spring 2011<br />
The Hospital Self Assessment Tool<br />
• 106 questions assessing adoption of the 147<br />
beliefs, assumptions, and recommendations<br />
from the PPMI Summit<br />
• Hospital demographic data<br />
– medical and pharmacy residency programs,<br />
– hospital size and locations, and inpatient<br />
– pharmacists categorized to responsibilities/roles<br />
The Survey ‐ creating the framework…<br />
• Expert advisory committee<br />
• 180‐item survey distributed participants<br />
and the ASHP membership‐at‐large.<br />
• Questions Questions were categorized under:<br />
Overarching Principles<br />
Services<br />
Technology<br />
Technicians<br />
Implementing Change and Responding to Challenges<br />
After the Summit<br />
• 147 recommendations<br />
• Now what?......dissemination of results,<br />
measure over time<br />
• Hospital self assessment tool<br />
• State affiliate tool kit<br />
• National dashboard<br />
Development and Implementation<br />
Development<br />
• Wisconsin Administrative Residents<br />
• Summer 2011 testing<br />
Implementation<br />
• Available in October 2011<br />
• On ASHP PPMI webpage<br />
8/30/2012<br />
3
Completing the Self Assessment<br />
• http://www.ppmiassessment.org/<br />
• Web‐based assessment<br />
• Anyone can complete, but an individual hospital<br />
can only l h have one “ffiil” “official” submission b i i<br />
• Use a team to fill it out to provide the most<br />
reliable data<br />
• Recommended to be filled out on a quarterly<br />
basis in order to measure progress<br />
Hospital Demographics<br />
Illinois National<br />
# hospitals reporting (as of 8/<strong>15</strong>/12) 26 679<br />
% with an “Action Plan” 42% 39%<br />
% Academic/University hospitals 20% 14%<br />
% Community hospitals 73% 54%<br />
Average bed size (range 25‐863; 7‐1728) 303 255<br />
%with a pharmacy residency 54% 41%<br />
% taking >6 pharmacy students/year 85% 68%<br />
Assessment Question #1<br />
How many Illinois hospitals have participated in<br />
the PPMI hospital self‐assessment?<br />
A. 26<br />
BB. 234<br />
C. 679<br />
Post‐Assessment<br />
• After completion the tool allows user to<br />
develop an “Action Plan” tailored to their own<br />
hospital/health system<br />
• Reports p can be produced p comparing p gindividual<br />
data to aggregated data<br />
• A list of resources will be provided to assist<br />
hospitals in implementing change in their<br />
institution<br />
Practice Model Demographics<br />
Clinical generalist ‐ limited differentiation<br />
of roles (“integrated”)<br />
Comprehensive – pharmacists in<br />
distributive distributive, integrated integrated, specialty roles<br />
Mostly distributive pharmacists with limited<br />
clinical services<br />
Separate clinical specialists and distributive<br />
pharmacists<br />
How we compare…<br />
Illinois National<br />
35% 49%<br />
42% 31%<br />
19% 11%<br />
4% 9%<br />
• 106 items in assessment ‐ only compared<br />
items 10% better or worse than nation<br />
• Better in 11 items; worse in 4<br />
h d / i<br />
• Paraphrased some statements/questions<br />
• Some questions had multiple parts<br />
• Caveat: only 26 out of 234 hospitals in Illinois<br />
completed assessment<br />
8/30/2012<br />
4
Results –Where we are better…..<br />
Do pharmacy leaders regularly engage<br />
with administration about medication<br />
management systems? (B6a)<br />
Does lack of staff impede development of<br />
an optimal practice model? (B6b)<br />
Strategic plan for implementing<br />
technology and automation? (B6e)<br />
Illinois National<br />
92% 81%<br />
54% 66%<br />
96% 81%<br />
Results –Where we are better…..<br />
Does hospital have a program with<br />
appropriate pharmacy involvement to<br />
achieve significant annual, documented<br />
improvement improvement in the safety of all steps in<br />
medication use? [B24e]<br />
Does the pharmacy department at your<br />
hospital routinely review hospital/health‐<br />
system antibiotic resistance patterns?<br />
[B24l]<br />
Illinois National<br />
88% 75%<br />
96% 85%<br />
Results –Where we are worse…..<br />
Illinois National<br />
Pharmacists have a lead role in antimicrobial<br />
stewardship? (B23j)<br />
62% 79%<br />
Does hospital have processes to ensure<br />
medication‐related continuity of care? (B23l) 42% 54%<br />
Do pharmacists participate on your<br />
hospital's cardiopulmonary resuscitation<br />
teams? [B23o]<br />
Has your pharmacy department performed<br />
a proactive and ongoing risk assessment of<br />
medication‐use systems within the last 12<br />
months? [B17]<br />
42% 52%<br />
46% 60%<br />
Results –Where we are better…..<br />
Do hospital leaders strongly support<br />
models that maximize use of pharmacist<br />
roles? (B6h)<br />
Mechanism established to hold<br />
pharmacists accountable for actions and<br />
outcomes? (B7)<br />
Pharmacists involved in developing,<br />
reviewing, or approving new medication<br />
order sets? [B18]<br />
Illinois National<br />
54% 43%<br />
58% 38%<br />
67% 53%<br />
Results –Where we are better…..<br />
Does the pharmacy department track and<br />
trend pharmacist interventions at your<br />
hospital? [B24m]<br />
Has the pharmacy p ydepartment p at your y<br />
hospital developed a plan to reallocate its<br />
resources to devote more pharmacist time to<br />
drug therapy management? (B24b)<br />
Do pharmacists have oversight and<br />
responsibility for medication distribution in<br />
all areas of your hospital that handle<br />
medications? [B25a]<br />
Assessment Question #2<br />
Illinois National<br />
88% 76%<br />
67% 45%<br />
88% 63%<br />
In how many areas of the assessment are Illinois<br />
hospitals better than the national average?<br />
A. 4<br />
B 11<br />
B. 11<br />
C. 106<br />
8/30/2012<br />
5
Residency trained (B23p)<br />
Illinois National<br />
All pharmacists 4% 9%<br />
Most pharmacists 33% 24%<br />
Some pharmacists 42% 42%<br />
None 21% 25%<br />
Medication Reconciliation (B23k)<br />
Illinois National<br />
All patient care areas <strong>13</strong>% 9%<br />
Some areas 25% 20%<br />
Partially performed 25% 27%<br />
None 37% 44%<br />
CPOE (C2b)<br />
Illinois National<br />
All patient care areas 25% 32%<br />
Most areas 37% 26%<br />
Some areas 21% 16%<br />
None 17% 26%<br />
Board certification (B10)<br />
Illinois National<br />
All pharmacists 0% 1%<br />
Most pharmacists 17% 11%<br />
Some pharmacists 33% 43%<br />
None 50% 45%<br />
Electronic Health Record (C2a)<br />
Illinois National<br />
All patient care areas 54% 39%<br />
Most areas 25% 39%<br />
Some areas 8% 12%<br />
None <strong>13</strong>% 10%<br />
BCMA (C2l)<br />
Illinois National<br />
All patient care areas 17% 14%<br />
Most areas 46% 47%<br />
Some areas 12% 4%<br />
None 25% 35%<br />
8/30/2012<br />
6
Technician Distribution Tasks (D2)<br />
Are medication preparation and distribution tasks<br />
assigned to pharmacy technicians, to the extent<br />
possible, to allow redeployment of pharmacists'<br />
time to drug therapy management activities at<br />
your hospital? [D2]<br />
Illinois National<br />
Tasks fully assigned all areas 25% 35%<br />
Tasks fully assigned some areas 46% 25%<br />
Partially assigned some/all areas 21% 35%<br />
Tasks not assigned 8% 5%<br />
Technician Supervision by<br />
Other Technicians<br />
Illinois National<br />
Exists in all areas 25% 19%<br />
Exists in most areas <strong>13</strong>% <strong>15</strong>%<br />
Exists in some areas 0% <strong>15</strong>%<br />
Does not exist 50% 43%<br />
Not applicable 12% 8%<br />
Next steps…..<br />
• Increase # of hospitals completing assessment<br />
• Use assessment for strategic planning<br />
• Suggestion: identify a PPMI lead at your hospital<br />
• More PPMI pearls sessions at <strong>ICHP</strong> meetings<br />
• More networking and sharing of ideas<br />
• Use students/residents to implement changes<br />
• Continue to improve; continue to measure<br />
Tech‐Check‐Tech (D3c)<br />
Is the accuracy of medication dispensing by<br />
technicians checked by other technicians who have<br />
appropriate education and training at your hospital?<br />
Illinois National<br />
Ei Exists iin all ll areas 0% 4%<br />
Exists in most areas 0% 8%<br />
Exists in some areas 4% 8%<br />
Does not exist 33% 44%<br />
Not permitted by law 63% 36%<br />
Assessment Question #3<br />
In what areas can Illinois hospitals improve to<br />
advance practice?<br />
A. Hiring residency trained pharmacists<br />
BB. Tech Tech‐check‐tech check tech<br />
C. Antimicrobial stewardship<br />
D. All of the above<br />
It’s a marathon….<br />
….not a sprint!!<br />
8/30/2012<br />
7
Solving the PPMI Puzzle ‐<br />
Here Are Some Pearls<br />
Medication‐related Continuity of<br />
Care<br />
Justin Schneider, PharmD<br />
Sinai Health System<br />
<strong>September</strong> <strong>13</strong>, 2012<br />
The speaker has no conflict to disclose.<br />
Continuity of Care<br />
Definition [PPMI] 1 :<br />
Continuity of Care provides for the safe and seamless<br />
transition of patients within the health care<br />
continuum, such as when patients are discharged<br />
from an acute care setting to an outpatient<br />
community environment, and includes the<br />
communication of their medication list and<br />
treatment plan.<br />
PPMI Hospital Self‐Assessment<br />
When on rotations at your hospital, are pharmacy students<br />
trained on transitions of care in the medication‐use<br />
process? IL National<br />
62.50% 59.44% Yes<br />
20.83% 27.77% No<br />
16.67% 12.79% N/A<br />
Is medication reconciliation performed by the pharmacy<br />
staff at your hospital?<br />
IL National Medication reconciliation is . . .<br />
12.50% 9.05% Performed by pharmacy staff in ALL areas<br />
25.00% 19.81% Performed by pharmacy staff in SOME areas<br />
25.00% 26.83% Partially performed by pharmacy staff in some or all areas<br />
37.50% 43.68% Not performed by pharmacy staff<br />
0% 0.62% Not applicable<br />
Global Objectives<br />
• Describe individual components of the Pharmacy<br />
Practice Model Initiative (PPMI) where achievement<br />
in Illinois is less than optimal.<br />
• Provide recommendations for implementation of<br />
specific aspects of the PPMI including obtaining<br />
hospital administration buy‐in.<br />
• Discuss solutions to implementation of the PPMI in<br />
specifically identified areas.<br />
PPMI Hospital Self‐Assessment<br />
Do pharmacists facilitate medication‐related<br />
continuity of care when patients experience<br />
transitions of care? 2<br />
IL National<br />
4.17% 5.93% Exists in all areas/situations (100%)<br />
16.67% 22.00% Exists in most areas/situations (50‐99%)<br />
70.83% 53.04% Exists only in some areas/situations (1‐49%)<br />
8.33% 18.41% Does not exist (0%)<br />
0% 0.62% Not applicable<br />
PPMI Hospital Self‐Assessment<br />
Do pharmacists provide discharge education to patients at<br />
your hospital?<br />
IL National Discharge education is . . .<br />
0% 2.50% Provided to all patients<br />
25.00% <strong>15</strong>.<strong>13</strong>% Provided to some patient‐care units<br />
20.83% 19.03% Provided to high‐risk patients<br />
54.17% 56.94% Available upon request<br />
0% 6.40% Not applicable<br />
Does your hospital have processes to ensure medication‐<br />
related continuity of care for discharged patients?<br />
IL National<br />
41.67% 53.98% Yes<br />
58.33% 46.02% No<br />
8/29/2012<br />
1
PPMI Hospital Self‐Assessment<br />
Illinois vs. Nation<br />
Strengths:<br />
• Existence of at least some pharmacist‐facilitated medication<br />
reconciliation<br />
• Some discharge education provided by Pharmacists<br />
• Education of pharmacy students in transitions of care<br />
Opportunities:<br />
• Establish processes for medication‐related continuity of care<br />
for discharge patients<br />
• Expand reach of pharmacists’ role in transitions of care<br />
What opportunities are there<br />
ffor our profession? f i ?<br />
3<br />
Why are care transitions so<br />
iimportant? t t?<br />
Affordable Care Act<br />
• Value Based Purchasing<br />
• Readmission Reduction<br />
• Healthcare Acquired Conditions<br />
8/29/2012<br />
2
Overview of Value Based Purchasing<br />
Program<br />
• Improve quality and safety for Medicare beneficiaries by<br />
linking payment to quality of care 4<br />
• VBP Program is continuously updated as part of the<br />
annual rulemaking<br />
• Hospital performance for each measure is compared to<br />
national performance standards 5<br />
• Points awarded for:<br />
1.) Achieving high quality and<br />
2.) Improving towards goals<br />
6<br />
Value Based Purchasing Program:<br />
<strong>13</strong> Clinical Process<br />
Measures: 45%<br />
•AMI ‐7a, AMI‐8a<br />
•HF‐1<br />
•PN‐3b, PN‐6<br />
• SCIP‐Inf‐1 SCIP Inf 1, SCIP‐Inf‐2 SCIP Inf 2,<br />
SCIP‐Inf‐3, SCIP‐Inf‐4,<br />
SCIP‐Inf‐9<br />
•SCIP‐Card‐2, SCIP‐VTE‐1,<br />
SCIP‐VTE‐2<br />
Proposed Federal Fiscal Year 2014<br />
8 HCAHPS<br />
Domains: 30%<br />
• Communication with<br />
Nurses<br />
• Communication with<br />
Doctors<br />
• Responsiveness of<br />
Hospital Staff<br />
• Pain Management<br />
• Communication About<br />
Medicines<br />
• Cleanliness and<br />
Quietness of Hospital<br />
Environment<br />
• Discharge Information<br />
• Overall Rating of<br />
Hospital<br />
3 Mortality<br />
Measures: 25%<br />
• AMI 30 day mortality<br />
• HF 30 day mortality<br />
• PN 30 day mortality<br />
The Readmission Issue<br />
• 19.6% of readmissions within 30 days and<br />
approximately 76% may be preventable 7<br />
• Over 50% of readmitted patients received no care or<br />
follow up in the 30 days after hospitalization<br />
• CMS estimates that unplanned readmissions cost<br />
Medicare over $17 billion annually<br />
6<br />
Value Based Purchasing Program:<br />
12 Clinical Process<br />
Measures: 70%<br />
• AMI ‐7a 7a, AMI‐8a AMI 8a<br />
•HF‐1<br />
•PN‐3b, PN‐6<br />
•SCIP‐Inf‐1, SCIP‐Inf‐2, SCIP‐Inf‐3, SCIP‐<br />
Inf‐4<br />
•SCIP‐Card‐2, SCIP‐VTE‐1, SCIP‐VTE‐2<br />
Federal Fiscal Year 20<strong>13</strong><br />
8 HCAHPS Domains:<br />
30%<br />
• Communication with Nurses<br />
• Communication with Doctors<br />
• Responsiveness of Hospital Staff<br />
• Pain Management<br />
• Communication About Medicines<br />
• Cleanliness and Quietness of Hospital<br />
Environment<br />
• Discharge Information<br />
• Overall Rating of Hospital<br />
Readmission Reduction<br />
Readmission Initiatives from Medicare and Medicaid<br />
– Improve quality of care and experience for patient<br />
– Trend to reduce or deny payments for preventable<br />
readmissions<br />
Most Common Reasons for<br />
Avoidable Admissions (AHRQ) 8<br />
• Poor discharge instruction<br />
• Poor transfer of information/handoff communication<br />
• Lack of timely post‐discharge physician visit<br />
• Poor medication reconciliation<br />
8/29/2012<br />
3
Readmissions Medicare: Hospital<br />
Readmissions Reduction Program<br />
Section 3025 of the Affordable Care Act<br />
• FY2012 –data collection/submission for 3 high‐volume conditions: HF,<br />
Pneumonia, AMI (2008‐2011)<br />
• FY20<strong>13</strong>—beginning Oct 1, 2012: CMS to reduce payments to<br />
hospitals with excess readmissions<br />
– Up to 1% reduction of net inpatient Medicare payment<br />
• FY2014—up to 2% payment reduction<br />
• FY20<strong>15</strong>—up to 3% payment reduction<br />
• Future—additional readmission measures?<br />
Readmissions: Medicaid<br />
• Providers to receive reduced (or zero) payment for potentially<br />
preventable readmissions 10<br />
• In process: Establishment of benchmarks for hospitals to measure and<br />
align payments to reduce hospital readmissions, inpatient<br />
complications, and unnecessary ER visits<br />
• Senate Bill 2840, p. 181‐2: ”The Department shall establish benchmarks for<br />
hospitals to measure and align payments to reduce potentially preventable hospital<br />
readmissions, inpatient complications, and unnecessary emergency room visits. In<br />
doing so, the Department shall consider items, including, but not limited to, historic and<br />
current acuity of care and historic and current trends in readmission. The Department<br />
shall publish provider‐specific historical readmission data and anticipated potentially<br />
preventable targets 60 days prior to the start of the program. In the instance of<br />
readmissions, the Department shall adopt policies and rates of reimbursement for<br />
services and other payments provided under this Code to ensure that, by June 30,<br />
20<strong>13</strong>, expenditures to hospitals are reduced by, at a minimum,<br />
$40,000,000.”<br />
Obtaining Hospital Administration<br />
Buy‐in<br />
PPMI:<br />
Do hospital leaders support (philosophically and with<br />
resources) pharmacy models that maximize use of<br />
pharmacist roles in patient care?<br />
IL National Leadership Support<br />
54.17% 43.21% Strong<br />
33.33% 47.27% Partial<br />
12.50% 8.74% Limited<br />
0% 0.78% None<br />
Readmissions Medicare:<br />
VBP Anticipated Rules<br />
• Anticipated rules that will penalize hospitals for<br />
“excess” 30‐day, all‐cause, unplanned readmissions<br />
• Proposed VBP Fiscal Year 20<strong>15</strong> rules include the<br />
following readmission measures: 9<br />
– 30‐day Risk Standardized Readmission Measure: AMI, HF,<br />
PN, Total Hip/Total Knee Arthroplasty<br />
– Hospital‐Wide All‐Cause Unplanned Readmission (HWR)<br />
Healthcare Acquired Conditions<br />
• Trend from Medicare and Medicaid to reduce or<br />
deny payments for hospitalizations that include<br />
Healthcare Acquired Conditions (HACs)<br />
• Targeted Healthcare Acquired Conditions (HACs): 11<br />
– FForeign i object bj t retained ti dafter ft surgery<br />
– Air embolism<br />
– Blood incompatibility<br />
– Pressure Ulcer Stages 3 or 4<br />
– Falls and Trauma (includes: fracture dislocation, intracranial injury, crushing injury, burn,<br />
electric shock)<br />
– Vascular catheter associated infection<br />
– Catheter associated urinary tract infection<br />
– Manifestations of poor glycemic control<br />
Obtaining Hospital Administration<br />
Buy‐in<br />
Messaging<br />
• Value of pharmacists as medication expert<br />
• Relate to upcoming healthcare reform<br />
programs and d measures<br />
• Pharmacy profession’s role in the transitions<br />
of care<br />
It’s the right thing to do for our patients!<br />
8/29/2012<br />
4
Implementation of Medication‐<br />
related Continuity of Care<br />
Services:<br />
Project RED, a Targeted Approach<br />
• Project RED<br />
– Re‐Engineered Hospital<br />
Discharge<br />
• AHRQ research grant14 :<br />
– Bi Brian JJack, k MD M.D., BBoston t<br />
University & Medical Center<br />
– Timothy Bickmore, Ph.D.,<br />
Northeastern University<br />
Project RED<br />
• Purpose:<br />
– Re‐engineer the hospital<br />
workflow/process<br />
– Improve patient safety by<br />
using a discharge<br />
lead/advocate who utilizes<br />
specific, ifi reinforcing i f i action i<br />
steps<br />
• Improve the discharge<br />
process<br />
• Decrease hospital<br />
readmissions<br />
– Patient benefit<br />
• Clear after‐hospital care<br />
plan<br />
Project RED at Sinai Health System<br />
Joint Commission Resources<br />
• Heart Failure<br />
• Baseline Readmission rate = 16.47%<br />
• Pil Pilot t<br />
– Patients admitted with Primary<br />
Diagnosis of Heart Failure<br />
– Limitations:<br />
• English‐speaking patients<br />
• Opt‐in<br />
• Monday ‐ Friday<br />
• Members<br />
– Medical Staff<br />
– Nursing<br />
– Pharmacy<br />
– Social Work<br />
– Nutrition<br />
– Therapies<br />
– Senior Services<br />
– Disease Management<br />
Sinai Health System<br />
• Mount Sinai Hospital<br />
– 319‐bed, major teaching hospital<br />
– Level I Trauma Center with ~60,000<br />
patients seen annually<br />
– Accredited Stroke & Chest Pain<br />
Center<br />
• Sinai Children’s Hospital<br />
– Level III NICU; Pediatric ICU<br />
– Pediatric trauma care, surgery &<br />
anesthesiology<br />
• Schwab Rehabilitation Hospital<br />
– 102‐bed, teaching hospital<br />
– Extensive inpatient & outpatient<br />
rehabilitation services and<br />
specialties: traumatic brain injury,<br />
stroke, spinal cord injury, sub‐acute<br />
care<br />
• Sinai Community Institute<br />
• Sinai Urban Health Institute<br />
Payer Mix<br />
Continuity of Care<br />
60%<br />
Medicaid<br />
20%<br />
Medicare<br />
<strong>15</strong>% Self Pay<br />
5%<br />
Commercial<br />
Insurance<br />
Definition [PPMI]:<br />
Continuity of Care provides for the safe and seamless<br />
transition of patients within the health care<br />
continuum, such as when patients are discharged<br />
from an acute care setting to an outpatient<br />
community environment, and includes the<br />
communication of their medication list and<br />
treatment plan.<br />
Timeline<br />
July 2010:<br />
July 2011:<br />
Joined Project<br />
RED<br />
February 2011:<br />
Pilot<br />
Program<br />
expansion<br />
8/29/2012<br />
5
Project RED process<br />
• Identification of Heart Failure Patients<br />
• Assessments by all involved Project RED Disciplines<br />
• Coaching/education of the patients throughout hospitalization<br />
• Assignment of Primary Care Physicians if a current relationship does not exist<br />
• Ongoing medication reconciliation<br />
• Arrangement of post‐hospitalization visits at a time convenient to the patient<br />
• Completion of the After Hospital Care Plan<br />
• Post discharge contact with the patient by Pharmacy and Disease Management<br />
– Knowledge and understanding of disease and personal care plan<br />
– Medication availability<br />
– Attendance at scheduled appointments<br />
– Admission to other hospitals or ED visits<br />
– Transportation or Home Health needs<br />
– Reinforcement of individualized care plan<br />
Transition from Inpatient to Home<br />
Prior to & at Discharge Post‐discharge<br />
•Review medication plan and recommend<br />
changes<br />
•Optimize medication therapy for specific<br />
disease state<br />
•Complete medication reconciliation<br />
•Provide medication education during<br />
hospital stay & at discharge<br />
•Contact patient after discharge (48‐72<br />
hours)<br />
•To reinforce understanding of medications<br />
•Identify Id tif availability il bilit of f medications di ti<br />
•Answer questions<br />
•Address any unmet needs<br />
•Interface with physicians, pharmacies<br />
•Continue patient follow‐up<br />
Challenges/Barriers –Real &<br />
Perceived<br />
• Program perception by patient<br />
– Intrusion on personal life<br />
– New method of bill collection<br />
• Phone calls post‐discharge<br />
– Timing<br />
– Phone number incorrect<br />
• Filling of Discharge/home medications<br />
– Patients uninsured<br />
– Medicaid Formulary<br />
• Other issues present: social, nutrition, transportation, housing<br />
TRANSITION from<br />
HOME to the<br />
INPATIENT Setting<br />
Medication Therapy Interventions<br />
INPATIENT SETTING<br />
TRANSITION from the<br />
INPATIENT Setting to<br />
HOME<br />
Medication History<br />
Ed Education ti – Ph Phase II<br />
Di Discharge h Process P<br />
POST POST-Discharge Di h<br />
Process<br />
-Medication<br />
-Medication List completed Patient Discussion<br />
-History<br />
-Medications in relation to by physician<br />
-48-72 hours<br />
-”Experience”:<br />
pathophysiology<br />
-Call for contact x 3<br />
*Adverse effects<br />
-Adverse event & symptom<br />
*Tolerance<br />
recognition<br />
*Compliance<br />
-Teach back<br />
-Call to pt’s pharmacy?<br />
-Evaluate for med-related<br />
causes of exacerbation<br />
-If appropriate, initiate<br />
EDUCATION – Phase I<br />
-Assess knowledge of<br />
disease & medications<br />
-Educate<br />
Pharmacotherapy –<br />
Inpatient Medication<br />
Optimization<br />
-Rx selection, dose, titration,<br />
goal<br />
-Adverse effects<br />
Medication<br />
Reconciliation<br />
-Reconciliation of home<br />
with inpatient medications<br />
Follow-up<br />
-Calls to other Health -<br />
Care providers<br />
Pharmacist Interventions<br />
Admissions Covered by Pharmacists<br />
Pilot<br />
Feb 2011 – Aug<br />
2011<br />
62 Admissions<br />
51 Patients<br />
Resident‐based<br />
Sep 2011 – Apr<br />
2012<br />
1<strong>15</strong> Admissions<br />
110 Patients<br />
Hybrid<br />
May 2012 –June<br />
2012<br />
32 Admissions<br />
27 Patients<br />
Medication History/Reconciliation 58 67 26<br />
Patient Education 42 63 27<br />
Medication Reconciliation at<br />
Discharge<br />
22 97 18<br />
Post Discharge Calls to Patient 38 98 29<br />
Pharmacotherapy Optimization of<br />
Inpatient Medication Regimen<br />
46 28 11<br />
Avg. # of Interventions per Patient 3.3 3.2 4.1<br />
Impact<br />
HF‐related 30 day related readmission rate<br />
– Same DRG with admission/readmission at MSH<br />
– Mean of 16.47% for the 11 month period prior to implementation<br />
– Dropped to an average of 9.55% post‐implementation<br />
► Decrease of 42%<br />
8/29/2012<br />
6
Question #1<br />
Within which programs are there opportunities<br />
for the pharmacy profession to provide<br />
medication‐related interventions and direct<br />
impact on patient care?<br />
AA. HHealthcare l h Acquired A i dC Conditions di i<br />
B. Value‐Based Purchasing<br />
C. Readmission Reduction<br />
D. Medicare<br />
E. Medicaid<br />
F. HCAHPS<br />
G. All of the Above<br />
Citations<br />
1. Pharmacy Practice Model Initiative, PPMI Hospital Self‐Assessment tool,<br />
AHSP. Available at:<br />
http://www.ppmiassessment.org/docs/assessment_questions.pdf.<br />
Accessed August 10, 2012.<br />
2. Pharmacy Practice Model Initiative, PPMI Hospital Self‐Assessment, Data<br />
Comparison Report. Accessed August 3, 2012.<br />
3. Williams, M. Care Transitions Conference, 07‐2012. Courtesy of Jeff<br />
Greenwald, MD, SFHM. Modified from Reason, J. BMJ 2000; 320<br />
4. Federal Register, Vol. 76, No. 230, p. 74535 and CMS website.<br />
5. CMS. Open Door Forum: Hospital VBP. July 27, 2011. Accessed from:<br />
http://www.cms.gov/Medicare/Quality‐Initiatives‐Patient‐Assessment‐<br />
Instruments/hospital‐value‐based‐<br />
purchasing/Downloads/HospVBP_ODF_072711.pdf. Accessed July 2,<br />
2012.<br />
Pharmacy<br />
– Pharmacist<br />
• Additional 1 FTE – Inpatient<br />
(July 2011)<br />
• Additional 0.5 FTE – Ambulatory<br />
Care (July 2012)<br />
– Resident<br />
• Longitudinal rotation (July 2011)<br />
– Student<br />
• Integrating into APPEs:<br />
– Hospital (2011)<br />
– General Medicine (2012)<br />
– Clinical Specialty (2012)<br />
– Future:<br />
• Technicians<br />
Program Expansion<br />
Question #2<br />
Ambulatory Care Staff<br />
Additional Targeted Diseases<br />
– Diabetes<br />
– COPD<br />
– AMI<br />
– Pneumonia<br />
For Federal FY20<strong>13</strong>, _____ of the total Value‐<br />
Based Purchasing Calculation is related to<br />
HCAHPS domains?<br />
A. 45%<br />
BB. 30%<br />
C. 70%<br />
D. None of the above<br />
Citations (cont’d)<br />
6. Federal Register, Vol.77, No. 92, p. 28069‐70 and Vol. 76, No. 230, p.<br />
74544.<br />
7. Stephen F. Jencks, M.D., M.P.H., Mark V. Williams, M.D., and Eric A.<br />
Coleman, M.D., M.P.H. N Engl J Med 2009; 360:1418‐1428<br />
8. AHRQ. Reducing Avoidable Hospital Readmissions. Available at:<br />
http://www.ahrq.gov/news/kt/red/readmissionslides/readslides‐<br />
contents.htm Accessed April 17, 2012.<br />
9. Federal Register, Vol. 77, No. 92, p. 28047‐8.<br />
10. Senate Bill 2840, Sec. 5‐5f. Elimination and limitations of medical<br />
assistance services.<br />
11. CMS. Hospital‐Acquired Conditions. Available at:<br />
http://www.cms.gov/Medicare/Medicare‐Fee‐for‐Service‐<br />
Payment/HospitalAcqCond/Hospital‐Acquired_Conditions.html Accessed<br />
July 3, 2012.<br />
8/29/2012<br />
7
Citations (cont’d)<br />
12. AHRQ. Implementing Re‐Engineered Hospital Discharges. Available at:<br />
http://www.ahrq.gov/news/kt/red/redfaq.htm Accessed April 17, 2012.<br />
Questions?<br />
Justin Schneider, PharmD<br />
Director of Pharmacy<br />
Sinai Health System<br />
Email: justin.schneider@sinai.org<br />
8/29/2012<br />
8
Solving the PPMI Puzzle‐<br />
Here are Some Pearls<br />
Christine Yates, PharmD<br />
Clinical‐Staff Pharmacist<br />
St. Francis Hospital<br />
Litchfield, IL<br />
No conflicts of interest to declare<br />
Topics to Address<br />
• Medication related continuity of care<br />
providing for safe and seamless transitions<br />
• Other clinical services our department<br />
provides which reflect our commitment to<br />
PPMI<br />
Pharmacists<br />
• Accountability<br />
•Improve med use<br />
and outcomes<br />
• Enhance training<br />
What is PPMI?<br />
Technicians<br />
PPMI<br />
Technology<br />
Sources: 1 & 2<br />
Global Objectives<br />
• Describe individual components of the<br />
Pharmacy Practice Model Initiative (PPMI)<br />
where achievement in Illinois is less than<br />
optimal.<br />
• Provide recommendations for implementation<br />
of specific aspects of the PPMI including<br />
obtaining hospital administration buy‐in.<br />
• Discuss solutions to implementation of the<br />
PPMI in specifically identified areas.<br />
Poll the audience!<br />
How large (or small) is the hospital at which you<br />
primarily work?<br />
a) < 50 beds<br />
b) 50 50‐<strong>15</strong>0 <strong>15</strong>0 beds<br />
c) <strong>15</strong>1‐300 beds<br />
d) 301‐500 beds<br />
e) > 500 beds<br />
St. Francis Hospital<br />
Litchfield, IL<br />
• Catholic not‐for‐profit hospital established in 1875<br />
• 1 of <strong>13</strong> Hospital Sisters Health System (HSHS) hospitals<br />
throughout Illinois and Wisconsin<br />
• Admissions (FY 2011): 1,508<br />
ED Vi i (FY 2011) 11 936<br />
• ED Visits (FY 2011): 11,936<br />
• Pharmacy Requisitions (FY 2011): 187, 5<strong>15</strong><br />
• Critical access<br />
– Max of 24 patients<br />
– Average patient load = 14<br />
• High turn over rates<br />
• 1 pharmacist and 1 technician on duty each day Sources: 3 & 4<br />
8/29/2012<br />
1
A day in the life of a pharmacist at<br />
a critical assess hospital…<br />
• Daily interdisciplinary care rounds<br />
• Medication reconciliation within 24‐48 hours of admission<br />
• Discharge education/medication reconciliation<br />
• Core measures review<br />
• Daily anticoagulant and kinetics monitoring<br />
• Patient counseling—all warfarin patients, new medications<br />
• Antibiotic streamlining (cultures, IV to PO)<br />
• Renal adjustment of all medications<br />
• Pain score evaluations<br />
What?<br />
Why?<br />
Who?<br />
How?<br />
Medication Reconciliation<br />
Best possible medication list which is to be compared to<br />
medications ordered at all transitions of care.<br />
Joint commission requirement meant to reduce errors<br />
Study results vary, but over 50% of patients commonly have at least one<br />
error iin th the medical di l admission d i i hi history. t<br />
PharmD vs. MD: Home medications correctly recorded (p < 0.001) (Cornu 2012)<br />
MD: 891 (4 drugs per patient)<br />
PharmD: 1404 (7 drugs per patient)<br />
Patient/family interview, patient med list, pharmacy, previous<br />
admission/discharge records, nursing home records, PCP records,<br />
prescription bottles, etc.<br />
Sources: 6 - 10<br />
Have we made an impact?<br />
Number of changes made at St. Francis on Med Recs<br />
May 2012‐ mid August 2012<br />
<strong>15</strong>%<br />
7%<br />
3%<br />
50%<br />
25%<br />
None<br />
1 to 3<br />
4 to 6<br />
7 to 10<br />
10+<br />
Interdisciplinary Care Rounds<br />
• Started rounding about 1.5 years ago to improve our HCAHPS scores<br />
• Members on the team: nurse manager, pharmacist, case management nurse<br />
• Our focus is to make sure the patient is getting the absolute best care<br />
Source: 5<br />
What do we do at St. Francis?<br />
• Conduct admission medication history<br />
services<br />
– Double check the “home” medication list<br />
– Clarify allergies/adverse reactions<br />
– Vaccine history if unclear<br />
– Medication education<br />
– Assess medication adherence<br />
• Nurse‐pharmacist collaboration<br />
Key Reminders<br />
• Time consuming process<br />
– High risk or ED admissions<br />
• Don’t forget the nursing home residents<br />
• Use several information sources<br />
• Be sure to involve the patient<br />
Be sure to involve the patient<br />
• Ask about vaccines and clarify allergies<br />
• Preparation<br />
– Bring the most recent list<br />
– Open ended questions<br />
– Match meds to disease states to find gaps in therapy<br />
– Ask specifically about multivitamins, OTC drugs, creams, eye drops,<br />
inhalers, herbal/supplements<br />
Sources: 10 & 11<br />
8/29/2012<br />
2
Discharge Education/Med Rec<br />
• Newest project (August 2012)<br />
• Discharge Team‐spearheaded by nursing<br />
• Discharge planning checklist and patient<br />
ffolder ld<br />
• Pharmacy’s current role<br />
– Be available for patient counseling and med<br />
education if questions are not answered by nurse<br />
– Can call patient at home<br />
Daily Anticoagulant and Kinetic Monitoring &<br />
Patient Counseling<br />
• Daily anticoagulant monitoring<br />
– Electronic “follow”<br />
– Worksheet with full details‐INR, bridging, interactions<br />
• Kinetics: ~ 95% of vancomycin and aminoglycosides ordered<br />
are managed by pharmacy<br />
• Counseling:<br />
– During rounds, med rec admission session, discharge, etc.<br />
– All warfarin patients<br />
• www.ahrq.gov/consumer/btpills.htm<br />
• highlights of medication<br />
– New medications<br />
Source: 12<br />
Renal adjustments for all drugs<br />
• We have a Pharmacy and Therapeutics<br />
committee approved policy that allows us to<br />
adjust all medications for renal function<br />
• Home medications:<br />
– Write a pharmacist to physician memo making them aware<br />
of the adjustment so that they can consider making the<br />
change permanent<br />
– Metformin‐electronic monitoring system facilitates Scr<br />
monitoring/possible reinitiating of therapy<br />
Core Measure Review<br />
• Created a binder with inclusion/exclusion and measure criteria<br />
• Data mining system helps “locate” the patients<br />
• Hospital generated reports (vaccine/pneumonia)<br />
• Admission reason on census list<br />
• Follow up with prescriber as needed. If not a time sensitive measure—leave a note<br />
in the chart.<br />
Pneumonia<br />
•Correct ABX<br />
within 24 hours<br />
•Appropriate<br />
ABX<br />
•Psuedomonas<br />
risk?<br />
•Excluded?<br />
Vaccinations<br />
•All patients<br />
need to be<br />
screened<br />
•Pneumococcal<br />
•influenza<br />
Stroke<br />
•tPA‐3hr window<br />
•VTE prophylaxis<br />
• Antithrombotic<br />
therapy<br />
•Statin<br />
• Anticoagulation (if<br />
cardioembolic)<br />
Heart Failure<br />
•ACE‐I/ARB<br />
Antibiotic streamlining<br />
Myocardial<br />
Infarction<br />
•Aspirin<br />
•ACE‐I/ARB if<br />
LVSD<br />
•Beta Blocker<br />
•Statin<br />
Sources: 6 & 7<br />
• Make sure you know who is on what<br />
antibiotics for which infection<br />
– Cultures?<br />
– Clinical improvement?<br />
– Does the drug appear appropriate per most likely<br />
bugs?<br />
– IV to PO?<br />
• Clinical electronic programs can help capture<br />
these patients<br />
Challenges<br />
• Gaining support (nursing, pharmacy, physician,<br />
administration)<br />
• Resistance to change<br />
• Understanding of the purpose behind the “pestering”<br />
• Gaining confidence to talk to patients, doctors, etc.<br />
• Knowledge deficits<br />
• Time constraints<br />
• Staffing issues<br />
• Flexibility<br />
Source: <strong>13</strong><br />
8/29/2012<br />
3
Goals<br />
• Continually evolving<br />
• Many more ideas<br />
– Specific disease state education<br />
– Enhance h education d i for f pharmacists/technicians<br />
h i / h i i<br />
• Room for improvement<br />
• Work on realistic and achievable goals—<br />
continue to enhance and add goals<br />
• Overcoming challenges<br />
Question<br />
What would be an appropriate way to overcome<br />
resistance to change on your quest to<br />
implement PPMI?<br />
AA. Educate nurses and physicians about your goals and the<br />
purpose behind the changes<br />
B. Wait another year or two before making adjustments<br />
C. Let pharmacy staff participate and take ownership in<br />
developing new PPMI processes<br />
D. Both A and C<br />
E. All of the above<br />
Case Question<br />
• JM, a 66 yof, was just admitted due to a fall which resulted in a broken<br />
shoulder. JM considers herself to be fairly familiar with her medications<br />
typically, however, she has been so busy entertaining an out of town<br />
family member, she has not had much free time. You are performing a<br />
medication history to obtain her current medication list. She tells you she<br />
just j recently y saw her PCP for high g blood pressure. p She knows that her<br />
doctor added a new medication that she takes twice daily, but she can’t<br />
remember what the drug name or dose is. What would likely be the<br />
quickest reliable source to find out this info?<br />
A. Get a hold of her physician’s office<br />
B. Call her pharmacy<br />
C. Look at the medication list which she brought in<br />
D. Interview her out of town family member<br />
E. Look at her previous hospital discharge medication list<br />
Bibliography<br />
1. Zellmer WA, ed. Proceedings of the Pharmacy Practice Model Summit: an invitational consensus conference conducted by ASHP and the ASHP<br />
Research and Education Foundation, November 7‐9, 2010, Dallas, Texas. Am J Health Syst. Pharm 2011;68:1077‐1160.<br />
2. PPMI. Pharmacy Practice Model Initiative and the PPMI National Dashboard. Available at<br />
www.ashpmedia.org/ppmi/docs/ppmi_national_dashboard.pdf. Accessed July 25, 2012.<br />
3. St. Francis Hospital. 2011 <strong>Annual</strong> Report. Available at www.stfrancis‐litchfield.org. Accessed July 31, 2012.<br />
4. Hospital Sisters Health System. 2011 HSHS <strong>Annual</strong> Report. Available at www.hshs.org/about_annual.aspx. Accessed July 31, 2012.<br />
5. Hospital Care Quality Information from the Consumer Perspective. HCAHPS. Available at www.hcahpsonline.org. Accessed August 4, 2012.<br />
6. Rabi SM, Padiyara RS. Pharmacist‐administered admission histories: focus on immunizations in medication reconciliation. Ann Pharmacother<br />
2008;42:728‐729.<br />
7. The Joint Commission: Core Measure Sets. Available at www.jointcommission.org/core_measure_sets.aspx. Accessed August 3, 2012.<br />
8. Cornu P, Steurbaut S, Leysen T, et al. Effect of medication reconciliation at hospital admission on medication discrepancies during hospitalization<br />
and at discharge for geriatric patients. Ann Pharmacother 2012;46:484‐94.<br />
9. Steurbaut S, Lies L, Lesen T, et al. Medication history reconciliation by clinical pharmacists in elderly inpatients admitted from home or a nursing<br />
home. Ann Pharmacother 2010;44:<strong>15</strong>96‐1603.<br />
10. Coffey M, Cornish P, Koonthanam T, et al. Implementation of admission medication reconciliation at two academic health sciences centres:<br />
challenges and success factors. Healthc Q 2009;12:102‐109.<br />
11. Karapinar‐Carkit F, Borgsteede S, Zoer J, et al. Effect of medication reconciliation with and without patient counseling on the number of<br />
pharmaceutical interventions among patients discharged from the hospital. Ann Pharmacother 2009;43:1001‐1010.<br />
12. US Department of Health & Human Services‐Agency for Healthcare Research and Quality. Available at www.ahrq.gov/consumer/btpills.htm.<br />
Accessed August 12, 2012.<br />
<strong>13</strong>. Zellmer WA. The future of health‐system pharmacy: opportunities and challenges in practice model change. Ann Pharmacother 2012;46(suppl<br />
1):S41‐5.<br />
8/29/2012<br />
4
Media‐Worthy Trials?<br />
Making Sense out of the Sensationalism<br />
Lara K. Ellinger, PharmD, BCPS<br />
Clinical Assistant Professor, Drug Information Group<br />
University of Illinois at Chicago<br />
I have no actual or potential conflicts of interest in relation to this program.<br />
Objectives<br />
• Describe the methods and key findings of the papers<br />
presented.<br />
• Explain how the WARFASA trial may affect venous<br />
thromboembolism (VTE) prevention strategies.<br />
• Summarize the findings and implications for practice of the<br />
trial that found an increase in cardiovascular death with<br />
azithromycin use.<br />
• Discuss the clinical significance of risk of stroke and<br />
myocardial infarction with use of hormonal contraception.<br />
• Compare and contrast 3 months of rifapentine and<br />
isoniazid with 9 months of isoniazid as treatment options<br />
for latent tuberculosis.<br />
<strong>Outline</strong><br />
• Pertinent background<br />
• Study objective<br />
• Methods<br />
• Results<br />
• Critique/clinical implications<br />
8/30/2012<br />
1
Media‐Worthy Trial Assessment #1:<br />
ASPIRIN FOR PREVENTING THE<br />
RECURRENCE OF VENOUS<br />
THROMBOEMBOLISM (WARFASA<br />
TRIAL)<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
Aspirin<br />
• Most commonly studied antiplatelet drug<br />
• Treatment and prevention of MI and stroke<br />
– ↓ vascular death by ~<strong>15</strong>%<br />
– ↓ nonfatal f lvascular l events by b ~30% 30%<br />
• Well‐known prevention What about of arterial events<br />
CHEST. 2012;141(2_suppl):e89S-e119S.<br />
venous events?<br />
8/30/2012<br />
2
Prevention of Recurrent VTE<br />
• Unprovoked at higher risk for recurrence than<br />
provoked<br />
• Unprovoked VTE<br />
– AAnticoagulation ti l ti for f 3 months th<br />
– Evaluate risk/benefit ratio after 3 months for<br />
extended anticoagulation<br />
CHEST. 2012;141(2_suppl):e419S-e494S.<br />
WARFASA<br />
• Study objective<br />
– To assess the benefit of aspirin for prevention of<br />
recurrent VTE after completion of a course of<br />
vitamin K antagonists g (VKA) ( ) for unprovoked p VTE<br />
• Methods<br />
– Multicenter, randomized, placebo‐controlled,<br />
double‐blinded, event‐driven, approximate length<br />
2 years<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
WARFASA<br />
• Interventions<br />
– Aspirin 100 mg once daily (n=205), placebo once<br />
daily (n=197)<br />
– Follow‐up every 3 months for 1 year then every 6<br />
months Inclusion Exclusion<br />
>18 years of age Known cancer<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
First time diagnosis of<br />
unprovoked DVT, PE, or both<br />
Treated for 6‐18 months with<br />
vitamin K antagonist<br />
Known thrombophilia<br />
Indication for long‐term<br />
anticoagulation other than VTE<br />
Previous requirement for aspirin<br />
or antiplatelets<br />
Active bleeding, high risk, or<br />
bleed in past 6‐18 months<br />
8/30/2012<br />
3
WARFASA<br />
• Primary endpoint<br />
– Symptomatic, objectively confirmed recurrence of<br />
VTE (composite of DVT or nonfatal or fatal PE)<br />
• Secondary endpoints<br />
– Nonfatal MI, unstable angina, stroke, TIA, acute<br />
ischemia of lower limbs, death from any cause<br />
• Safety<br />
– Major bleeding<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
WARFASA<br />
• Demographics<br />
– No significant differences between groups<br />
– Median age: 62 years<br />
– Approximately 2/3 male<br />
– 99% white<br />
– First event: approximately 60% DVT, 40% PE<br />
– Duration of VKA treatment<br />
• >50% took for 12 months<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
WARFASA<br />
• Statistical analysis<br />
• Assumption of 40% RRR with aspirin<br />
• 8.0% expected event rate per year<br />
• 400 patients total to observe expected<br />
number of events<br />
• Estimated that 70 events would provide<br />
power of 80% to show superiority of aspirin<br />
over placebo<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
8/30/2012<br />
4
VTE<br />
recurrence<br />
during<br />
study<br />
period<br />
VTE<br />
recurrence<br />
during<br />
study<br />
treatment<br />
WARFASA<br />
Primary Outcome: Recurrence of VTE within 2 years<br />
Aspirin (n=205) Placebo (n=197)<br />
28 43<br />
(6.6% per year) (11.2% per year)<br />
23<br />
(5.9% per year)<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
39<br />
(11.0% per year)<br />
WARFASA<br />
HR with<br />
95% CI<br />
P‐value NNT<br />
HR, 0.58;<br />
95% CI CI,<br />
0.36 to 0.93<br />
PP=0.02 0 02 22<br />
HR, 0.55;<br />
95% CI,<br />
0.33 to 0.92<br />
P=0.02 20<br />
• Results –Post hoc<br />
– Patients with prior PE who had recurrence:<br />
• Aspirin: 6.7% per year<br />
• Placebo: <strong>13</strong>.5% per year<br />
• HR, 0.38; 95% CI, 0.17 to 0.88; P=0.02<br />
– Patients with prior DVT who had recurrence:<br />
• Aspirin: 6.5% per year<br />
• Placebo: 10.2% per year<br />
• HR, 0.65; 95% CI, 0.65 to 1.20; P=0.17<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
WARFASA<br />
• Results – Secondary<br />
– Death (any cause)<br />
• Aspirin: 6 patients (1.4% per year)<br />
• Placebo: 5 patients (1.3% per year)<br />
– Arterial events<br />
• Aspirin: 8 patients (including 2 MIs, 2 strokes)<br />
• Placebo: 5 patients (including 2 MIs, 1 stroke)<br />
– Major bleeding<br />
• 1 event in each group<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
8/30/2012<br />
5
Aspirin Dose?<br />
• 81 mg aspirin may achieve same effects as 100<br />
mg aspirin<br />
• 300‐325 mg no different than 75‐100 mg for<br />
prevention of stroke stroke, MI MI, cardiovascular death<br />
(CURRENT‐OASIS 7)<br />
• Antiplatelet effect similar –dose‐dependent<br />
inhibition of prostacyclin<br />
N Engl J Med. 2010;363(10):930-942.<br />
Strengths<br />
• Well‐designed trial<br />
• Appropriate diagnostic<br />
criteria<br />
• Appropriate length<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
WARFASA<br />
Limitations<br />
• Smaller study<br />
• Location/ethnicity<br />
• Compliance? p<br />
• Other medications taken<br />
concomitantly?<br />
• Vague descriptions for VTE<br />
risk factors<br />
• Majority treated with<br />
warfarin for 12 months<br />
WARFASA<br />
• Use of aspirin for unprovoked VTE may be in<br />
next CHEST guidelines<br />
• Related trials to keep a watchful eye for:<br />
– ASPIRE<br />
• Similar design to WARFASA<br />
• Inclusion: VKA for 3 months to < 12 months<br />
• Study length: median of 3 years<br />
– Analysis planned to combine results of WARFASA<br />
and ASPIRE<br />
N Engl J Med. 2012;366(21):1959-1967.<br />
8/30/2012<br />
6
Which patient might be a candidate for<br />
aspirin for prevention of recurrent VTE?<br />
A. Unprovoked VTE, 6<br />
month of VKA therapy,<br />
low bleed risk<br />
B. Unprovoked VTE, 3<br />
months of VKA therapy,<br />
low bleed risk<br />
C. Provoked VTE, 6 months<br />
of VKA therapy, low<br />
bleed risk<br />
D. Unprovoked VTE, 6<br />
months of VKA therapy,<br />
GI bleed <strong>15</strong> months ago<br />
Media‐Worthy Trial Assessment #2:<br />
AZITHROMYCIN AND THE RISK OF<br />
CARDIOVASCULAR DEATH<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin<br />
• Background<br />
– Macrolide antibiotics have proarrhythmic<br />
potential<br />
• QT prolongation<br />
• Torsades de pointes<br />
• Sudden cardiac death<br />
– Up until recently, findings did not apply to<br />
azithromycin<br />
Clin Infect Dis. 2006;43(12):1603-1611.<br />
8/30/2012<br />
7
Azithromycin and CV Death<br />
• Study objective<br />
– To determine the risk of cardiovascular death in<br />
patients taking azithromycin.<br />
• Methods<br />
– Retrospective, matched control, observational<br />
cohort study<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin and CV Death<br />
• Study cohort<br />
– Tennessee Medicaid population between 1992<br />
and 2006<br />
Inclusion Exclusion<br />
Prescribed azithromycin Serious illness<br />
No other abx filled same day as<br />
Rx benefits through Medicare<br />
azithromycin<br />
Not in hospital on day of<br />
Prolonged nursing home stays<br />
azithromycin Rx<br />
Ages 30‐74 years at Rx fill date<br />
Ongoing medical surveillance<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin and CV Death<br />
• Controls<br />
– Matched nonusers antibiotic‐free periods<br />
– Indication controlled for by patients who took<br />
other abx<br />
• Amoxicillin (primary control antibiotic)<br />
• Ciprofloxacin<br />
• Levofloxacin<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
8/30/2012<br />
8
Azithromycin and CV Death<br />
• Endpoint<br />
– CV death and death from any cause<br />
– Time frame of 5 and 10 days from date of Rx fill<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin and CV Death<br />
Study Group<br />
Baseline Characteristics<br />
Number of<br />
Prescriptions<br />
Primary Indication (%)<br />
Mean<br />
Summary CV<br />
Risk Score<br />
Azithromycin 347,795 Ear‐nose‐throat (42) 9.3<br />
Mthd Matched control t l–<br />
no antibiotic<br />
1,391,180 n/a 9.2<br />
Amoxicillin 1,348,672 Ear‐nose‐throat (51) 9.5<br />
Ciprofloxacin 264,626 Genitourinary (45) 10.3<br />
Levofloxacin 193,906 Ear‐nose‐throat (24) 10.6<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin and CV Death<br />
• Demographics<br />
– Mostly female (77.5%) and white (~80%)<br />
– Mean age 49 years<br />
– Frequent use of CV or respiratory meds<br />
– In past 30 days from Rx fill<br />
• ~<strong>15</strong>% had ED visits<br />
• >1/4 had used abx<br />
– Most baseline characteristics in non‐azithro<br />
groups were P
Cumulative Incidence of Death (no./1 million courses)<br />
Among Patients Taking a 5‐Day Course of Azithromycin,<br />
Amoxicillin, or No Antibiotic<br />
No Antibiotic Amoxicillin Azithromycin<br />
HR, 2.88<br />
95% CI, 1.79-4.63<br />
P
Azithromycin and CV Death<br />
Azithromycin Vs. Fluoroquinolones<br />
• Azithromycin increased risk for CV death<br />
compared to ciprofloxacin<br />
• HR HR, 3.49; 349 95% CI CI, <strong>13</strong>2t 1.32 to 926 9.26; P001 P=0.01<br />
• Azithromycin did not increase risk for CV<br />
death compared to levofloxacin<br />
• HR, 1.27; 95% CI, 0.66 to 2.47; P=0.48<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin and CV Death<br />
Overall Conclusion Patients should not stop taking<br />
• Azithromycin<br />
until<br />
resulted<br />
discussing<br />
in<br />
with<br />
small<br />
healthcare<br />
but significant<br />
professional. Prescribers should<br />
increase in risk for CV death<br />
be aware of the potential for QT<br />
– Increase greatest prolongation for those and found arrhythmias to be at highest<br />
CV risk with azithromycin.<br />
• 47 additional CV deaths per 1 million courses<br />
of azithromycin therapy when compared to<br />
amoxicillin<br />
• Also increased risk for overall death, but not<br />
non‐CV death<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Azithromycin and CV Death<br />
Strengths<br />
• Large cohort observed over<br />
several years<br />
• 2 controls for confounders<br />
• Validity of study<br />
assumptions tested, with<br />
similar results<br />
N Engl J Med. 2012;366(20):1881-1889.<br />
Limitations<br />
• Observational, cannot<br />
observe cause and effect<br />
• Data from only 1 geographic<br />
location<br />
• Difficult to extrapolate to<br />
men, race other than white<br />
• Accuracy of<br />
database/coding<br />
8/30/2012<br />
11
Which of the following is true regarding<br />
azithromycin based on the recent trial in<br />
N Engl J Med?<br />
A. It can cause sudden CV<br />
death.<br />
B. It increases the risk for<br />
CV death compared to<br />
levofloxacin.<br />
C. It increases the risk for<br />
non‐CV death.<br />
D. It increases the risk for<br />
death from any cause<br />
compared to<br />
amoxicillin.<br />
Media‐Worthy Trial Assessment #3:<br />
THROMBOTIC STROKE AND<br />
MYOCARDIAL INFARCTION WITH<br />
HORMONAL CONTRACEPTION<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
8/30/2012<br />
12
Hormonal Contraception and VTE<br />
• Attributed to<br />
– Estrogens<br />
• ethinyl estradiol<br />
• Induction of hepatic procoagulant proteins<br />
• Sex hormone‐binding globulins<br />
– Newer generation progestins<br />
• desogestrel, norgestimate, drospirenone<br />
• Effect on coagulation and fibrinolytic pathways<br />
• Resistance to activated protein C<br />
Pharmacists’ Letter/Prescriber’s Letter. August 2012: #280804.<br />
Hormonal Contraception and<br />
Thrombosis<br />
• FDA study (n=835,826)<br />
– Compared thrombosis rates between newer and older<br />
combined contraceptives<br />
– VTE risk increased with ring ring, patch patch, and drospirenone<br />
compared to older combined contraceptives<br />
• Denmark study ‐ VTE (n=1,626,<strong>15</strong>8)<br />
– Compared VTE rates between nonoral users to nonusers<br />
– Risk increased with vaginal ring and transdermal patch<br />
BMJ. 2012;344:e2990.<br />
http://www.fda.gov/downloads/Drugs/DrugSafety/UCM277384.pdf.<br />
Stroke, MI, and<br />
Hormonal Contraception<br />
• Study objective<br />
– To assess the risks of thrombotic stroke and MI<br />
associated with various types of hormonal<br />
contraception, p , according g to estrogen g dose, ,<br />
progestin type, and route of administration.<br />
• Methods<br />
– Historical cohort study<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
8/30/2012<br />
<strong>13</strong>
Stroke, MI, and<br />
Hormonal Contraception<br />
• Study cohort<br />
– Danish population from 1995 to 2009<br />
Inclusion (and Endpoint Inclusion) Exclusion (and Endpoint Exclusion)<br />
Diagnostic code of “transient<br />
Women <strong>15</strong> to 49 years y of age g<br />
iischemic h i attack” k”<br />
Diagnostic codes for “cerebral<br />
infarction” and “cerebral<br />
apoplexy”<br />
Prior diagnosis of venous or<br />
arterial thrombotic event<br />
Acute myocardial infarction Cancer (prior to study period)<br />
Gynecologic surgeries (some<br />
censored)<br />
Censored –pregnancy and<br />
coagulation disorders<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
Stroke, MI, and<br />
Hormonal Contraception<br />
• Prescription/Lifestyle Data<br />
– Obtained from The Register of Medicinal Product<br />
Statistics<br />
– Categorized by: estrogen dose, dose progestin type, type<br />
route of administration<br />
– Duration of use: Rx fill date to last fill date/event<br />
– Rxs for DM, arrhythmia, HTN, hyperlipidemia<br />
– Smoking habits (from National Registry)<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
http://laegemiddelstyrelsen.dk/en/topics/statistics,-prices-and-reimbursement/statistics-andanalyses/about-the-register-of-medicinal-product---tatistics-.<br />
Stroke, MI, and<br />
Hormonal Contraception<br />
• Endpoints<br />
– First‐ever thrombotic stroke and myocardial<br />
infarction<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
8/30/2012<br />
14
• Age<br />
• Calendar year<br />
• Educational level<br />
• Type of contraception<br />
• Duration of use<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
Variables<br />
• Predisposing risk factors<br />
– DM<br />
– HTN<br />
– Hyperlipidemia<br />
– Arrhythmia<br />
– Smoking<br />
Results: Overall Rates of Events<br />
1,626,<strong>15</strong>8 women with 14,251,063 person‐years of observation<br />
Hormonal<br />
Contraception<br />
Status<br />
Thrombotic Stroke Myocardial Infarction<br />
Rates higher in<br />
nonusers due to older Number/<br />
age and more risk person‐years<br />
factors compared to<br />
nonusers<br />
Crude incidence<br />
rates per<br />
100,000 person‐<br />
years<br />
Number/<br />
Person‐years<br />
Users<br />
Nonusers<br />
1051/4.9<br />
million<br />
2260/9.3<br />
million<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
21.4<br />
24.2<br />
497/4.9<br />
million<br />
1228/9.3<br />
million<br />
Crude incidence<br />
rates per p<br />
100,000 person‐<br />
years<br />
10.1<br />
<strong>13</strong>.2<br />
Does type of hormonal contraception affect<br />
rates of MI and stroke (according to this study)?<br />
8/30/2012<br />
<strong>15</strong>
Results<br />
All other things being equal…<br />
• Progestin‐only products did not significantly<br />
increase risk of stroke or MI<br />
– Th These include i l d IUD and d subcutaneous b t implants i l t<br />
• Risk of stroke was increased with vaginal ring<br />
(Adjusted RR=2.49; 95% CI, 1.41 to 4.41) but<br />
not patch<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
Does type of progestin affect rates of MI and<br />
stroke (according to this study)?<br />
Results<br />
Progestins with lowest risk in combo<br />
with 30‐40 µg estrogen are of the 3rd All other things being equal…<br />
• No difference in rates among COCs generation containing 30 to<br />
40 µg ethinyl estradiol based on progestin type<br />
Combined Oral Contraceptives with 30‐40 30 40 µg Estrogen<br />
Event Risk Stroke, Adjusted RR (95% CI) MI, Adjusted RR (95% CI)<br />
Highest<br />
Lowest<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
Desogestrel 2.20 (1.79‐2.69)<br />
Norethindrone 2.17 (1.49‐3.<strong>15</strong>)<br />
Norgestimate 1.52 (1.21‐1.91)<br />
Drospirenone 1.64 (1.24‐2.18)<br />
Norethindrone 2.28 (1.34‐3.87)<br />
Desogestrel 2.09 (1.54‐2.84)<br />
Norgestimate 1.33 (0.91‐1.94)<br />
Drospirenone 1.65 (1.03‐2.63)<br />
8/30/2012<br />
16
ARR=2.20, 2.28 for<br />
stroke, MI when in<br />
combo with 30‐40 µg<br />
estrogen<br />
Results<br />
Combined Oral Contraceptives with 20 µg Estrogen<br />
Progestin Type Stroke ARR (95% CI)<br />
ARR=1.64, 1.65 for<br />
MI<br />
stroke stroke, MI when in<br />
combo with 30‐40 µg<br />
estrogen<br />
Desogestrel 1.53 (1.26‐1.87) 1.55 (1.<strong>13</strong>‐2.<strong>13</strong>)<br />
Drospirenone 0.88 (0.22‐3.53) No MIs<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
Results<br />
• No difference in risk between previous users<br />
and those who had never used hormonal<br />
contraception<br />
• Smoking was a risk factor factor, not a confounder<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
Does estrogen dose affect rates of MI and<br />
stroke t k (according ( di tto this thi study)?<br />
t d )?<br />
8/30/2012<br />
17
Results<br />
Adjusted RRs for Events with COCs Based on Estrogen Dose<br />
N Engl J Med. 2012;366(24):2257-2266.<br />
50 µg: S, 1.97 and MI, 3.73<br />
30‐40 µg: S, 1.75 and MI, 1.88<br />
20 µg: S, 1.60 and MI, 1.40<br />
Stroke, MI, and<br />
Hormonal Contraception<br />
Strengths<br />
Limitations<br />
• Large amount of data • Study design<br />
• Valid Rx detail<br />
• Accuracy of<br />
• Sensitivity y analysis y<br />
database/coding<br />
performed • Some subgroups smaller<br />
• Danish population<br />
Stroke, MI, and<br />
Hormonal Contraception<br />
Overall Conclusion<br />
• Estrogen dose of 30‐40 µg combined with<br />
progestin correlated to a risk of arterial event<br />
<strong>13</strong>to 1.3 to 2.3 23times times higher than nonusers<br />
• Estrogen dose of 20 µg had risk of 0.9 to 1.7<br />
times higher than nonusers<br />
• Only small differences among progestins<br />
• Arterial events not as frequent as VTE with<br />
hormonal contraception<br />
8/30/2012<br />
18
Which of the following combinations<br />
had the highest rates of arterial<br />
events?<br />
A. Drospirenone +<br />
estrogen 20 µg<br />
B. Desogestrel g +<br />
estrogen 20 µg<br />
C. Norethindrone +<br />
estrogen 30‐40 µg<br />
D. Norgestimate +<br />
estrogen 30‐40 µg<br />
Media‐Worthy Trial Assessment #4:<br />
THREE MONTHS OF RIFAPENTINE<br />
AND ISONIAZID FOR LATENT<br />
TUBERCULOSIS INFECTION<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
8/30/2012<br />
19
Treatment of Latent Tuberculosis (TB)<br />
MMWR Recomm Rep. 2003;52(RR-11):1-80.<br />
Treatment of Latent TB<br />
• INH treatment completion rates usually 30%<br />
to 64%<br />
• Efficacy important from public health<br />
standpoint<br />
• Concern for hepatotoxicity<br />
• 2002 RCT showed efficacy of weekly<br />
rifapentine and INH in continuation phase in<br />
patients with low bacterial burden<br />
Lancet. 2002;360(9332):528-534.<br />
3 Months of Treatment for Latent TB<br />
• Study Objective<br />
– To determine if a 3‐month course of weekly<br />
rifapentine and INH could be effective in treating<br />
latent M tuberculosis (TB) ( )<br />
• Methods<br />
– Prospective, open‐label, randomized, multi‐center,<br />
noninferiority trial<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
8/30/2012<br />
20
3 Months of Treatment for Latent TB<br />
• Interventions<br />
– Combination therapy group (N=3986):<br />
• Rifapentine 900 mg + INH <strong>15</strong>‐25 mg/kg (rounded to<br />
nearest 50 mg, max 900 mg) by mouth once weekly<br />
given under direct observation<br />
– Isoniazid‐only group (N=3745):<br />
• INH 5‐<strong>15</strong> mg/kg (rounded to nearest 50 mg, max 300<br />
mg) by mouth daily self‐administered<br />
• Followed for 33 months<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
3 Months of Treatment for Latent TB<br />
Inclusion<br />
• High risk for progression from<br />
latent to active TB<br />
• Close contact of person with<br />
confirmed TB<br />
• Positive result on tuberculin<br />
skin test<br />
• HIV and positive tuberculin<br />
test, or negative if close<br />
contact<br />
• CXR consistent with previously<br />
untreated TB<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
Exclusion<br />
• Confirmed TB<br />
• Resistance to INH or rifampin<br />
(in source case)<br />
• Tx with rifamycin or INH in<br />
past 2 years<br />
• Previous TB Tx<br />
• AST 5x ULN<br />
• HIV Tx within 90 days after<br />
enrollment<br />
3 Months of Treatment for Latent TB<br />
• Primary endpoint<br />
– Culture‐confirmed TB in patients >18 years<br />
– Culture‐confirmed or clinical TB in patients
3 Months of Treatment for Latent TB<br />
• Statistics<br />
– Expected event rate of 1.5% in INH group<br />
– Noninferiority margin set at 0.75% (upper limit)<br />
– 3200 subjects/group provide power of 80% to<br />
show noninferiority of combination group to<br />
isoniazid‐only group<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
3 Months of Treatment for Latent TB<br />
• Demographics<br />
– Median age 35<br />
– 54% male<br />
– 57% white, 25% black<br />
– 89% from U.S. or Canada<br />
– 57% completed HS<br />
– 2% were HIV‐infection and very few had HBV, HCV<br />
– 50% had a history of EtOH use<br />
– >25% were current smokers<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
3 Months of Treatment for Latent TB<br />
• Overall, patients considered high‐risk<br />
• 322 ineligible: drug‐resistant or Cx‐negative<br />
source cases<br />
• Mean number b of f months h iin study d ~30 30<br />
• Completion of 33 months<br />
– Combination group: 88%<br />
– Isoniazid group: 86%<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
8/30/2012<br />
22
3 Months of Treatment for Latent TB<br />
Upper bound of CI is<br />
3 Months of Treatment for Latent TB<br />
Overall conclusions<br />
• Rate of TB in combo group half of that in<br />
isoniazid alone group<br />
• Combo b therapy h x 3 months h may bbe<br />
treatment<br />
option for HIV‐negative patients with latent TB<br />
• Formal cost analysis<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
3 Months of Treatment for Latent TB<br />
Strengths<br />
• Similar findings when risk<br />
factors adjusted for<br />
• Large sample size<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
Limitations<br />
• Open‐label study<br />
• Large noninferiority margin<br />
compared to incidence rate<br />
• Only applicable to countries<br />
with low and medium rates<br />
of TB incidence<br />
• Difficulty in capturing rare<br />
but serious AEs<br />
Latent TB Treatment Pros/Cons<br />
3 Months of Rifapentine + Isoniazid 9 Months of Isoniazid<br />
Pros Cons Pros Cons<br />
Shorter<br />
duration/greater<br />
compliance<br />
Possibly more cost‐<br />
effective than<br />
isoniazid alone<br />
May be more<br />
effective in TB<br />
prevention than<br />
isoniazid alone<br />
Direct observation Current standard of<br />
care<br />
Lower compliance<br />
rates<br />
Not an option for Used in patients May be more costly<br />
patients with HIV with HIV than combination<br />
therapy<br />
May not be able to<br />
use in areas with<br />
high prevalence of<br />
TB<br />
Unknown resistance<br />
issues with<br />
rifapentine<br />
Used in areas with<br />
high prevalence of<br />
TB<br />
http://whqlibdoc.who.int/publications/2012/978924<strong>15</strong>03006_eng.pdf.<br />
N Engl J Med. 2011;365(23):2<strong>15</strong>5-2166.<br />
May be less<br />
effective than<br />
combination<br />
regimen<br />
8/30/2012<br />
24
T/F: Rifapentine in combination with<br />
isoniazid had a greater rate of<br />
hepatotoxicity than did isoniazid alone.<br />
A. True<br />
B. False<br />
Questions?<br />
References<br />
• Kearon C, Akl EA, Comerota AJ, et al. Antithrombotic therapy for VTE disease. CHEST.<br />
2012;141(2_suppl):e419S‐e494S.<br />
• Eikelboom JW, Hirsh J, Spencer FA, Baglin TP, Weitz, JI. Antiplatelet drugs. CHEST.<br />
2012;141(2_suppl):e89S‐e119S.<br />
• Becattini C, Agnelli G, Schenone A, et al. Aspirin for preventing the recurrence of venous<br />
thromboembolism. N Engl J Med. 2012;366(21):1959‐1967.<br />
• Mehta SR , Bassand JP, Chrolavicius S et al; CURRENTOASIS 7 Investigators. Dose comparisons<br />
of clopidogreland aspirin in acute coronary syndromes. syndromes N Engl J Med .2010 2010 ;363(10): 930‐942 930 942<br />
• Ray WA, Murray KT, Hall K, Arbogast PG, Stein CM. Azithromycin and the risk of<br />
cardiovascular death. N Engl J Med. 2012;366(20):1881‐1889.<br />
• Owens RC Jr, Nolin TD. Antimicrobial‐associated QT interval prolongation: pointes of interest.<br />
Clin Infect Dis. 2006;43(12):1603‐1611.<br />
• PL Detail‐Document. Hormonal contraceptives and the risk of thrombosis. Pharmacists’<br />
Letter/Prescriber’s Letter. August 2012: #280804.<br />
8/30/2012<br />
25
References<br />
• Ouellet‐Hellstrom R, Graham DJ, Staffa JA, et al. Combined hormonal contraceptives (CHCs)<br />
and the risk of cardiovascular disease endpoints. October 22, 2011.<br />
http://www.fda.gov/downloads/Drugs/DrugSafety/UCM277384.pdf. Accessed August 7,<br />
2012.<br />
• Lidegaard OM, Nielsen LH, Skovlund CW, Lokkegaard E. Venous thrombosis in users of non‐<br />
oral hormonal contraception: follow‐up study, Denmark 2001‐10. BMJ. 2012;344:e2990.<br />
• Lidegaard g O, Lokkegaard g E, Jensen A, Skovlund CW, Keiding g N. Thrombotic stroke and<br />
myocardial infarction with hormonal contraception. N Engl J Med. 2012;366(24):2257‐2266.<br />
• Sundhedsstyrelsen: Danish Health and Medicines Authority. About the register of medicinal<br />
product statistics. Updated April 12, 2012.<br />
http://laegemiddelstyrelsen.dk/en/topics/statistics,‐prices‐and‐reimbursement/statistics‐<br />
and‐analyses/about‐the‐register‐of‐medicinal‐product‐‐‐tatistics‐. Accessed August 7, 2012.<br />
• Sterling TR, Villarino E, Borisov AS, et al. Three months of rifapentine and isoniazid for latent<br />
tuberculosis infection. N Engl J Med. 2011;365(23):2<strong>15</strong>5‐2166.<br />
• American Thoracic Society, CDC. Targeted tuberculin testing and treatment of latent<br />
tuberculosis infection. Am J Respir Crit Care Med. 2000;161:S221–S247. Available at<br />
http://www.cdc.gov/nchstp/tb/.<br />
References<br />
• Centers for Disease Control and Prevention. Treatment of tuberculosis: American Thoracic<br />
Society, CDC, and Infectious Diseases Society of America. MMWR Recomm Rep. 2003;52(RR‐<br />
11):1‐80.<br />
• Benator D, Bhattacharya M, Bozeman L, et al. Rifapentine and isoniazid once a week versus<br />
rifampicin and isoniazid twice a week for treatment of drug‐susceptible pulmonary<br />
tuberculosis in HIV‐negative patients: a randomized clinical trial. Lancet. 2002;360(9332):528‐<br />
534.<br />
• Supplementary appendix to Three months of rifapentine and isoniazid for latent tuberculosis<br />
infection.<br />
http://www.nejm.org/doi/suppl/10.1056/NEJMoa1104875/suppl_file/nejmoa1104875_appe<br />
ndix.pdf. Accessed August 10, 2012.<br />
• The World Health Organization. WHO policy on collaborative TB/HIV activities.<br />
http://whqlibdoc.who.int/publications/2012/978924<strong>15</strong>03006_eng.pdf. Accessed August <strong>13</strong>,<br />
2012.<br />
1. Which of the following is TRUE regarding<br />
noninferiority trials?<br />
a. The standard of care is used as the active<br />
control control.<br />
b. Superiority cannot be assessed.<br />
c. Placebo is used as the control.<br />
d. Achieving noninferiority means the comparison<br />
is the same as the active control<br />
8/30/2012<br />
26
2. Which of the following statements is a reasonable conclusion from the<br />
WARFASA trial?<br />
a. Aspirin 325 mg daily is an effective regimen for further prevention of<br />
unprovoked venous thromboembolism after warfarin treatment is<br />
completed.<br />
b. The risk of bleeding outweighs the benefits of prevention of venous<br />
thromboembolism with aspirin.<br />
c. A low dose of aspirin for further prevention may be considered in<br />
patients with unprovoked venous thromboembolism who have<br />
completed warfarin treatment.<br />
d. The WARFASA trial showed a decrease in venous thromboembolism,<br />
myocardial infarction, and stroke in patients with unprovoked venous<br />
thromboembolism who were treated with aspirin, as compared to<br />
placebo, after warfarin therapy was completed.<br />
3. True/false. Combination therapy of<br />
rifapentine with isoniazid was effective<br />
treatment of latent TB in patients who were<br />
co‐infected co infected with HIV. HIV<br />
a. True<br />
b. False<br />
4. True/false. In combination oral<br />
contraceptives, the type of progestin<br />
correlated to a difference in arterial event risk<br />
when used in combination with 20 µg<br />
estrogen, but not when used in combination<br />
with 30‐40 µg estrogen.<br />
a. True<br />
b. False<br />
8/30/2012<br />
27
5. Which of the following is true regarding azithromycin<br />
and the risk of sudden cardiac death?<br />
a. The results of the study warrant routine cardiac<br />
monitoring for patients taking azithromycin.<br />
b. The risk of death from any cause is increased<br />
with azithromycin as compared to amoxicillin.<br />
c. The risk of cardiovascular death is increased with<br />
azithromycin as compared to levofloxacin.<br />
d. The Food and Drug Administration recommends<br />
prescribers to avoid prescribing azithromycin in<br />
patients with risk factors for sudden cardiac<br />
death.<br />
8/30/2012<br />
28
Fitting the Counseling Piece into<br />
Medication Reconciliation<br />
Carrie i Vogler, l Pharm.D., h BCPS<br />
SIUE School of Pharmacy, Edwardsville, IL<br />
Kristine Gleason, RPh, MPH<br />
Northwestern Memorial Hospital, Chicago, IL<br />
Objectives<br />
• Explore the importance of medication<br />
reconciliation in the health care system<br />
• Evaluate different medication reconciliation<br />
models or programs<br />
• Identify the barriers involved in successful<br />
patient counseling<br />
• Describe and demonstrate different interview<br />
techniques used to improve patient counseling<br />
Which of the statements best<br />
describes when you perform<br />
patient counseling?<br />
A. I counsel all patients who have<br />
medication changes<br />
B. I only counsel patients when<br />
consulted co su ted by a pphysician ysca oor nurse use<br />
C. I counsel patients only on specific<br />
high risk medications such as<br />
warfarin<br />
D. I rarely counsel patients due to<br />
the pharmacy’s location (e.g.,<br />
basement), time, resources, or<br />
other reasons<br />
25<br />
Conflict of Interest Statement<br />
• Carrie Vogler has no conflicts of interest to<br />
disclose.<br />
• Kristine Gleason serves as a consultant for the<br />
Health Research and Educational Trust’s Trust s<br />
(HRET) contract from the Agency for<br />
Healthcare Research and Quality (AHRQ)<br />
"State‐Based Patient Safety Learning Network"<br />
(Contract HHSA290200900014C)<br />
How would you describe your<br />
facility?<br />
A. Community or Outpatient<br />
Pharmacy<br />
B. Hospital with 500 beds<br />
E. Other practice site<br />
How familiar are you with the<br />
BOOST and MATCH programs?<br />
A. I use either the BOOST or<br />
MATCH process at my<br />
institution<br />
B. I am familiar with the<br />
programs but my institution<br />
does not use them<br />
C. I have heard of the programs<br />
but I do not know what they<br />
are<br />
D. I have never heard of these<br />
programs<br />
8/29/2012<br />
20<br />
25<br />
1
Why Focus on Medication Reconciliation?<br />
Statistics on U.S. Prescription Drugs<br />
• Per 2005‐2008 data, the question “In the past<br />
month, percent of persons using at least X<br />
prescription drug (s)” revealed:<br />
• One prescription drug: 47.9%<br />
• Three or more prescription drugs: 21.4%<br />
• Five or more prescription drugs: 10.5%<br />
• Per 2008 data, data the table below provides<br />
statistics stratified by type of medical visit:<br />
Types of Medical Visits<br />
Number of Drugs<br />
Ordered or Provided<br />
Percent of Visits<br />
Involving Drug Therapy<br />
Physician Office Visits 2.3 billion 74%<br />
Hospital Outpatient Department Visits 280.1 million 76%<br />
Hospital Emergency Department Visits 238.3 million 78%<br />
Source: Centers for Disease Control and Prevention. FastStats. Available at http://www.cdc.gov/nchs/fastats/drugs.htm.<br />
Accessed 7/19/2012.<br />
Medication Reconciliation Facts<br />
• Approximately 1.5 million preventable adverse<br />
drug events (ADEs) occur annually due to<br />
medication errors, at a cost of $3 billion per year.<br />
• ADEs account for 2.5% of estimated emergency<br />
department visits for all unintentional injuries<br />
and 6.7% of those leading to hospitalization.<br />
Source: Preventing Medication Errors: Quality Chasm Series (2007). Committee on Identifying and Preventing<br />
Medication Errors, Philip Aspden, Julie Wolcott, J. Lyle Bootman, Linda R. Cronenwett, Editors.<br />
Budnitz DS, Pollock DA, Weidenbach KN, et al. National surveillance of emergency department visits for<br />
outpatient adverse drug events. JAMA .2006;296(<strong>15</strong>):1858‐66.<br />
Pharmacist Impact on Medication Reconciliation<br />
• 36% of patients had medication errors at admission,<br />
of which 85% originated from the patient’s<br />
medication history<br />
• Pharmacist shown to reduce physician visits, ED visits,<br />
decrease hospital days, and overall health care costs<br />
• Med rec reduced discharge medication errors from<br />
90% to 47% on a surgical unit and from 57% to 33%<br />
on a medical unit of a large academic medical center<br />
Source: Gleason KM et al. Results of the MATCH study: an analysis of medication reconciliation errors and risk factors at<br />
hospital admission. J Gen Intern Med. 2010 May;25(5):441‐7.<br />
Improving Care Transitions: Optimizing Medication Reconciliation. American Pharmacist Association and American<br />
Society of Health‐System Pharmacists. March 2012. Accessed 8/12/12/ at:<br />
http://www.ashp.org/DocLibrary/Policy/PatientSafety/Optimizing‐Med‐Reconciliation.aspx<br />
The Joint Commission<br />
Medication reconciliation consists of 5 steps:<br />
1. Develop a list of current medications<br />
2. Develop a list of medications to be prescribed<br />
3. 3 Compare Co pa e tthe emedications ed cat o s on o the t et two olists sts<br />
4. Make clinical decisions based on the comparison<br />
5. Communicate the new list to appropriate<br />
caregivers and to the patient<br />
Source: The Joint Commission. Hospital: 2012 National Patient Safety Goals. Available at:<br />
http://www.jointcommission.org/standards_information/npsgs.aspx. Accessed 8/<strong>13</strong>/2012<br />
Avoiding Readmissions:<br />
Preventable ADEs After Hospital Discharge<br />
• 400 consecutive hospitalized general medicine patients<br />
discharged home<br />
– 19% of patients had an adverse event (AE) within 3 weeks of discharge<br />
– 66% of AEs were adverse drug events (ADE)<br />
– Most ADEs were preventable or ameliorable<br />
• System modifications recommended by authors:<br />
– Evaluate patients at discharge to identify unresolved problems<br />
– Educate patients about drug therapies, side effects, and what to do if<br />
new or worsening signs/symptoms<br />
– Improve monitoring of therapies and patients’ overall condition<br />
Source: Forster et al. The Incidence and Severity of Adverse Events Affecting Patients after Discharge from the<br />
Hospital. Ann Intern Med. 2003;<strong>13</strong>8:161‐167.<br />
Barriers to Medication Reconciliation<br />
and Patient Counseling<br />
• Time<br />
• Incomplete, non‐standardized medication lists<br />
• Insufficient communication among health care<br />
professionals f i l<br />
• Lack of established best practices<br />
• Health Literacy, cognitive status or non‐English<br />
speaking patients<br />
Source: Improving Care Transitions: Optimizing Medication Reconciliation. American Pharmacist Association and<br />
American Society of Health‐System Pharmacists. March 2012. Accessed 8/12/12/ at:<br />
http://www.ashp.org/DocLibrary/Policy/PatientSafety/Optimizing‐Med‐Reconciliation.aspx<br />
8/29/2012<br />
2
Current Evidence:<br />
Implementing Bundled Interventions<br />
Pre‐Discharge<br />
Intervention<br />
• Patient education<br />
• Med Rec<br />
• Discharge g planning p g<br />
•Scheduling follow‐up<br />
appointment<br />
Source: Hansen et al. Interventions to Reduce 30‐Day<br />
Rehospitalization: A Systematic Review. Ann Intern Med. 18<br />
October 2011;<strong>15</strong>5(8):520‐528.<br />
Bridging<br />
Interventions<br />
Post‐Discharge<br />
Intervention<br />
• Transition coaches • Follow‐up telephone calls<br />
• Continuity across • Patient‐activated hotlines<br />
settings g<br />
• Timely y communication<br />
•Patient‐centered with next clinician of<br />
discharge instruction service<br />
• Timely follow‐up with<br />
ambulatory clinician<br />
Note: Individual components of these change packages have not been tested by<br />
themselves and might not reduce the risk for 30-day rehospitalization.<br />
Counseling<br />
opportunities<br />
for pharmacists<br />
Does Med Rec Impact the Patient Experience?<br />
Hospital Consumer Assessment of Healthcare Providers<br />
and Systems (HCAHPS) Domains:<br />
• Communication with Nurses<br />
• Communication with Doctors<br />
• Responsiveness of Hospital Staff<br />
• Pain management*<br />
• Communication about medicines*<br />
• Discharge information*<br />
• Cleanliness of hospital environment<br />
• Quietness of hospital environment<br />
• Overall rating of hospital<br />
• Willingness to recommend hospital<br />
Source: HCAHPS Fact Sheet. Available at: http://www.hcahpsonline.org/facts.aspx . Accessed 7/19/2012<br />
*Impacted by<br />
Medication<br />
Reconciliation and<br />
Patient Education<br />
MATCH Toolkit: A Step‐by‐Step Guide to<br />
Improving the Medication Reconciliation Process<br />
MATCH Toolkit, with<br />
customizable, actionable<br />
information, is available at:<br />
http://www.ahrq.gov/qual/<br />
match/match.pdf<br />
Opportunities to Educate and Communicate<br />
Med<br />
History,<br />
Reconcile<br />
Order,<br />
Transcribe,<br />
Clarify<br />
Procure,<br />
Dispense<br />
Deliver<br />
Administer Monitor Educate,<br />
Discharge<br />
• Use Medication Reconciliation as an opportunity<br />
to educate patients throughout their hospital stay<br />
• EEmpower patients ti t to t ask k questions ti<br />
• Trace patients through hospitalization to identify<br />
opportunities for interaction<br />
ED Admission<br />
Intra‐<br />
hospital<br />
Transfer<br />
Discharge<br />
Post‐<br />
Discharge<br />
New CMS HCAHPS Care Transitions Questions<br />
(Effective January 1, 20<strong>13</strong>)<br />
• During this hospital stay, staff took my preferences and<br />
those of my family or caregiver into account in deciding<br />
what my health care needs would be when I left.<br />
• When I left the hospital hospital, I had a good understanding of<br />
the things I was responsible for in managing my health.<br />
• When I left the hospital, I clearly understood the<br />
purpose for taking each of my medications.<br />
Source: Centers for Medicare & Medicaid Services. Hospital Inpatient Prospective Payment Systems for Fiscal Year 20<strong>13</strong> Rates. 42 CFR<br />
Parts 412, 4<strong>13</strong>, 424, and 476 [CMS-<strong>15</strong>88-F]. Available at: http://www.ofr.gov/OFRUpload/OFRData/2012-19079_PI.pdf. Accessed 8/<strong>13</strong>/2012<br />
MATCH Toolkit: Excerpts on Medication History<br />
Taking and Patient Counseling<br />
• Asking open‐ended and closed‐ended questions<br />
• Inquiring about the types of physicians that prescribe their<br />
medications<br />
• Asking patients if their doctor recently started them on any<br />
new medicines, stopped medications they were taking, or<br />
made d any changes h to their h medications d<br />
• Asking patients to describe their medication by color, size,<br />
shape, etc., may help to determine the dosage strength and<br />
formulation<br />
• Educating about how and when to take their medications<br />
• Educating about the purpose of each medication<br />
8/29/2012<br />
3
Better Outcomes for<br />
Older adults through<br />
Safe Transitions<br />
• Guide and tool‐kit that promotes safe and<br />
hi high h quality li hospital h i ldi discharge h as they h<br />
transition through the hospital setting<br />
Project BOOST Team. The Society of Hospital Medicine Care Transitions Implementation Guide: Project<br />
BOOST: Better Outcomes for Older adults through Safe Transitions. Society of Hospital Medicine website, Care<br />
Transitions Quality Improvement Resource Room http://www.hospitalmedicine.org accessed 8/<strong>13</strong>/12.<br />
Better Outcomes for<br />
Older adults through<br />
Safe Transitions<br />
Interventions include:<br />
– Using teach back process during discharge<br />
education<br />
– Identifying readmission risk factors<br />
– Scheduling follow up visit or 72 hour phone call<br />
for high risk patients<br />
Prior<br />
hospitalization<br />
(6mo)<br />
Palliative<br />
Care<br />
Patient<br />
Support<br />
Problem<br />
Medications<br />
Psychological<br />
Principal<br />
8Ps 8 s Diagnosis<br />
Poor health<br />
literacy<br />
Polypharmacy<br />
Better Outcomes for<br />
Older adults through<br />
Safe Transitions<br />
• Goals<br />
– Reduce 30 day readmissions<br />
– IImprove patient i satisfaction if i scores<br />
– Improve flow of information<br />
– Identify high risk patients and develop interventions<br />
– Improve discharge preparation<br />
BOOST Resources<br />
• Risk Assessment Tool: The 8Ps<br />
• Plan Risk Specific Interventions<br />
Risk Specific Interventions<br />
• General Assessment of Preparedness (GAP)<br />
• Medications reconciled with preadmission list<br />
• Medications use and side effects reviewed<br />
using teach back with patients/caregivers<br />
• Teach Back used to confirm:<br />
– patient/caregiver understanding of diagnosis<br />
prognosis<br />
– self‐care requirements<br />
– symptoms of complications requiring medical<br />
attention<br />
8/29/2012<br />
4
Teach Back Process<br />
• Step 1 Explain information<br />
• Step 2 Patient repeats back in own words<br />
• Step 3 Identify and correct misunderstandings or<br />
incorrect procedures<br />
• Step p 4 Ask ppatient<br />
to demonstrate their<br />
understanding or procedural ability again to<br />
insure misunderstanding is corrected<br />
• Step 5 Repeat Steps 4 and 5 until clinician is<br />
convinced the pt comprehends the concept or<br />
ability<br />
Source: Schillinger D, Grumbach K, et al. Closing the Loop: Physician Communication With Diabetic<br />
Patients Who Have Low Health Literacy. Arch Intern Med. 2003;163(1):83-90.<br />
Thank You<br />
Carrie Vogler, Pharm.D., BCPS<br />
SIUE School of Pharmacy, y Edwardsville, IL<br />
Email: cvogler@siue.edu<br />
Kristine Gleason, RPh, MPH<br />
Northwestern Memorial Hospital, Chicago, IL<br />
Email: kmgleaso@nmh.org<br />
Medication Reconciliation/<br />
Patient Counseling Activity<br />
8/29/2012<br />
5
I was in the hospital because: fluid overload, pneumonia<br />
Medication Reconciliation Discharge Paperwork<br />
Patient Discharge Medication List/Prescription Form<br />
The medical name for this condition is: acute heart failure<br />
I have these medical conditions: coronary artery disease, atrial fibrillation, diabetes, heart failure, high cholesterol, high blood pressure.<br />
Prescription<br />
Given? Medication name (use both names)<br />
How and how<br />
much? How often? What is it for?<br />
Next time<br />
I take?<br />
No Cordarone (amiodarone) 200mg 1 tablet by mouth once daily heart rhythm 9/14/2012<br />
No Aspirin 81mg 1 tablet by mouth once daily heart 9/14/2012<br />
No Folic acid 1mg 1 tablet by mouth once daily supplement 9/14/2012<br />
No Glucotrol (glipizide) 2.5mg 1 tablet by mouth once daily diabetes 9/14/2012<br />
Yes Cozaar (losartan) 25mg 1 tablet by mouth once daily blood pressure 9/14/2012<br />
Yes Levaquin (levofloxacin) 750mg 1 tablet by mouth once daily pneumonia 9/14/2012<br />
Toprol XL (metoprolol succinate)<br />
heart,<br />
No<br />
25mg 1/2 tablet by mouth once daily blood pressure 9/14/2012<br />
No Protonix (pantoprazole) 20mg 1 tablet by mouth once daily reflux 9/14/2012<br />
No Kdur (potassium chloride) 1 tablet by mouth twice daily supplement<br />
9/<strong>13</strong>/12<br />
evening<br />
No Zocor (simvastatin) 40mg 1 tablet by mouth<br />
once daily<br />
at bedtime cholesterol 9/<strong>13</strong>/2012<br />
No Aldactone (spironolactone) 25mg 1 tablet by mouth once daily water pill 9/14/2012<br />
Yes Demadex (torsemide) 20mg 4 tablets by mouth once daily water pill 9/14/2012<br />
Yes Coumadin (warfarin) 1mg 3 tablets by mouth<br />
once daily<br />
in pm blood thinner 9/<strong>13</strong>/2012<br />
LR 54 year old<br />
male<br />
Medications that<br />
have changed<br />
Dose increased<br />
from 12.5 mg to<br />
25mg once daily.<br />
Added. Take for 3<br />
days to complete<br />
treatment.<br />
Dose increased<br />
40mg to 80mg.<br />
Dose decreased.<br />
Stop warfarin 5mg<br />
If you have problems or questions about your health after leaving the<br />
hospital, please call the nursing unit. MD Signature _________ RN Signature________<br />
Pharmacist Signature_________ Date________
Questions for Consideration and Discussion during this Exercise<br />
Using the patient’s Discharge Paperwork provided:<br />
1. How would you approach education and counseling for this patient taking into account your clinical practice site? 2.<br />
2. Is the patient’s medical history helpful when preparing to counsel patients? Why or why not? Do you receive the information you need in<br />
order to prepare for counseling sessions with your patients based on your practice site? Why or why not?<br />
3. What do you perceive are the barriers to effective counseling and education?<br />
4. What are the salient points that need to be conveyed to this patient during a counseling session? Why did you select those elements to<br />
counsel the patient on?<br />
5. The patient was admitted to the hospital for fluid overload and pneumonia. The patient was treated for acute heart failure. Please describe<br />
the educational elements that should be conveyed to a patient with heart failure during the counseling session, taking into account the<br />
heart failure process of care (e.g., core measures) (see below).<br />
6. How would you assess the patient's understanding of the information you provided during the patient counseling session?<br />
‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐‐<br />
Heart Failure National Hospital Inpatient Quality Measures [Process of Care (“Core”) Measures]<br />
HF‐1: Discharge Instructions:<br />
Heart failure patients with documentation that they or their caregivers were given written discharge instructions or other educational material<br />
addressing all of the following:<br />
1. activity level<br />
2. diet<br />
3. discharge medications (list of discharge medication names in the patient’s discharge summary and discharge instructions must match)<br />
4. follow‐up appointment<br />
5. weight monitoring<br />
6. what to do if symptoms worsen<br />
HF‐2: Evaluation of LVS Function:<br />
Heart failure patients with documentation in the hospital record that LVS function was evaluated before arrival, during hospitalization, or is<br />
planned for after discharge.<br />
HF‐3: ACEI or ARB for LVSD:<br />
Heart failure patients with left ventricular systolic dysfunction (LVSD) who are prescribed an ACEI or ARB at hospital discharge. For purposes of<br />
this measure, LVSD is defined as chart documentation of a left ventricular ejection fraction (LVEF) less than 40% or a narrative description of left<br />
ventricular systolic (LVS) function consistent with moderate or severe systolic dysfunction.<br />
Source: http://www.qualitynet <strong>ICHP</strong> <strong>Annual</strong> <strong>Meeting</strong> <strong>September</strong> 2012<br />
Carrie Vogler, Pharm.D., BCPS, Kristine Gleason, RPh,MPH
Putting Patient Safety First:<br />
Trends in Adverse Drug Event<br />
Screening and Reporting<br />
Charlene A. Hope, PharmD, BCPS<br />
Izabella Wentz, PharmD, FASCP ‐ Moderator<br />
Learning Objectives<br />
TECHNICIANS<br />
1. Explain the difference between safety outcomes: adverse<br />
drug events, potential adverse drug events, medication side<br />
effects and medication errors.<br />
2. Identify three different approaches to Adverse Drug Event<br />
screening. i<br />
3. Name the types of outcomes associated with Adverse Drug<br />
Events.<br />
4. Review a tool implemented across various patient care<br />
settings for potential Adverse Event screening.<br />
5. Name two therapeutic and safety outcome measures.<br />
QIO Medication Safety Initiatives<br />
• Prescribing of<br />
PIM’s<br />
• PDP’ PDP’s/pharmacies<br />
/ h i<br />
/physicians<br />
8th SOW:<br />
2005‐2008<br />
PIM-Potentially Inappropriate Medication<br />
PDP-Medicare Prescription Drug Plan<br />
ADE-Adverse Drug Events<br />
9<br />
•Drug interactions<br />
th SOW:<br />
2008‐2011 •ADE’s & outcomes<br />
g<br />
• Clinical Pharmacy<br />
& PIM’s<br />
S Services i<br />
•PDP’s & Providers<br />
10th SOW:<br />
2011‐2014<br />
Learning Objectives<br />
PHARMACISTS<br />
1. Differentiate between safety outcomes: adverse drug<br />
events, potential adverse drug events, medication side<br />
effects and medication errors.<br />
2. Identify three different approaches to Adverse Drug Event<br />
screening.<br />
3. Discuss current economic, clinical and humanistic<br />
outcomes associated with adverse drug events.<br />
4. Evaluate a tool implemented across various patient care<br />
settings for potential Adverse Event screening.<br />
5. Describe the types of therapeutic and safety measures<br />
that should be tracked to justify the expansion of clinical<br />
pharmacy services.<br />
About Quality Improvement<br />
Organizations<br />
• Telligen is the Medicare Quality Improvement Organization<br />
(QIO) for the state of Illinois, under contract with the Centers<br />
for Medicare & Medicaid Services (CMS).<br />
– Largest federal program dedicated to improving health quality at<br />
the community level<br />
• 1982:Peer Review Organizations (PRO’s) created by Congress<br />
• 1992: Medicare work of PRO’s redirected to Quality Improvement<br />
• 2002: Change of moniker to QIO to reflect mission<br />
– Work in three year long “Statements of Work” to improve care<br />
provided to Medicare beneficiaries<br />
– Provide technical assistance, resources and tools to providers<br />
and facilities throughout the state<br />
Check Point<br />
How many people are injured or die in hospitals<br />
each year from adverse drug events (ADEs)?<br />
0 000<br />
A. 770,000<br />
B. 220,000<br />
C. 560,000<br />
D. 1,200,000<br />
8/29/2012<br />
1
Why do we care about ADE?<br />
• Adverse drug events occur almost daily in medium‐sized<br />
hospitals and outpatient settings<br />
• 700,000 ED visits due to ADEs annually<br />
• 120,000 hospitalizations due to ADEs annually<br />
• $3.5 billion spent on ADE costs annually<br />
• At least 40% of ambulatory ADE costs preventable<br />
• ADE incidence rates: ranges from 2 per 100 admissions to<br />
7 per 100 admissions (AHRQ)<br />
• Can lead to permanent disability, depression, non‐<br />
adherence, distrust in medical system and have a<br />
negative impact on quality of life.<br />
• 770,000 people are injured or die in hospitals each year<br />
from adverse drug events (ADEs)<br />
Opportunity for Clinical Pharmacy<br />
Services<br />
“Despite the high morbidity and mortality,<br />
physicians often do not recognize or<br />
appropriately treat instances of drug drug‐related related<br />
harm”<br />
Nebeker, et.al. Clarifying Adverse Drug Events: A Clinician’s guide<br />
to terminology, documentation, and reporting. Ann Intern Med. 2004;<br />
140:795-801<br />
The Adverse Drug Event Family<br />
Tree<br />
Inappropriate<br />
Medication Use<br />
Medication<br />
Errors<br />
Adherence<br />
ADE<br />
Appropriate<br />
Medication Use<br />
ADR<br />
Side Effect<br />
Check Point<br />
How many people are injured or die in hospitals<br />
each year from adverse drug events (ADEs)?<br />
A. 770,000 0 000 people l<br />
“Tower of Babel” of Terminology<br />
Adverse Event<br />
Untreated<br />
Indication<br />
Drug Related<br />
Problem<br />
Inappropriate Monitoring<br />
Non‐<br />
adherence<br />
Potential<br />
Adverse Drug<br />
Event<br />
Medication<br />
Error<br />
Side Effect<br />
Adverse Drug<br />
Event<br />
Adverse Drug<br />
Reaction<br />
Definitions Related to Drug Related Harm:<br />
HARM OCCURRED<br />
Term Definition<br />
Adverse event Harm in a patient administered a drug that was not<br />
necessarily caused by a drug<br />
Adverse Drug Harm caused by drug with normal use that is not<br />
RReaction ti (ADR) expected t d<br />
Adverse Drug Event<br />
(ADE)<br />
Harm caused by the use of a drug or the<br />
inappropriate use of a drug<br />
Adapted from: Nebeker, JR et .al. Clarifying Adverse Drug Events: A Clinician’s<br />
Guide to Terminology, Documentation, and Reporting. Ann Intern Med. 2004;<br />
140:795‐801<br />
8/29/2012<br />
2
True of False<br />
1. An ADR is always an ADE<br />
Definitions Related to Drug Related<br />
Harm: HARM DID NOT OCCUR<br />
TERM DEFINITION<br />
Potential Adverse Drug Event (pADE) Circumstances that could result in harm<br />
by the use of a drug, but that did not<br />
result in harm to the patient<br />
Adapted from: Nebeker, JR et .al. Clarifying Adverse Drug Events: A Clinician’s Guide<br />
to Terminology, Documentation, and Reporting. Ann Intern Med. 2004; 140:795‐801<br />
True of False<br />
• A potential adverse drug event did not result<br />
in patient harm TRUE<br />
True of False<br />
1. An ADR is always an ADE<br />
2. An ADE is always an ADR<br />
True of False<br />
• A potential adverse drug event did not result<br />
in patient harm<br />
Definitions Related to Drug Related<br />
Harm: HARM MAY HAVE OCCURRED<br />
TERM DEFINITION<br />
Medication Error Inappropriate use of a drug that may<br />
or may not result in harm<br />
Side Effect A usually predictable effect of a drug<br />
that is not the intended effect, may<br />
be desirable, undesirable or<br />
inconsequential (not usually<br />
considered when reporting adverse<br />
events)<br />
Adapted from: Nebeker, JR et .al. Clarifying Adverse Drug Events: A Clinician’s<br />
Guide to Terminology, Documentation, and Reporting. Ann Intern Med. 2004;<br />
140:795‐801<br />
8/29/2012<br />
3
True or False<br />
• Medication errors always result in patient<br />
harm<br />
Inappropriate<br />
Medication Use<br />
ADE<br />
Medication<br />
Errors<br />
Appropriate<br />
Medication Use<br />
ADR<br />
Adherence Side Effect<br />
Adverse Drug Events due to<br />
Inappropriate Medication Use<br />
Medication Errors<br />
• 7000 deaths annually in the US, increase the<br />
annual operating costs of a 700 bed hospital<br />
by $3 million dollars<br />
Bates, et al. The costs of adverse drug events in hospitalized patients. Journal of the American Medical<br />
Association. 1997; 277: 307‐311<br />
True or False<br />
• Medication errors always result in patient<br />
harm<br />
• Side effects are predictable effects of<br />
medications<br />
Medical Errors<br />
• Between 44,000‐98,000 people die each year in<br />
hospitals due to medical errors.<br />
• 2000 study in Australia: 50,000 people became<br />
disabled as a result of medical errors annually<br />
• 2 million people suffer healthcare acquired infections<br />
which adds up to: 88,000 deaths, and a cost of $5<br />
billion<br />
Kohl et al. To Err Is Human: Building a Safer Health System. Washington, DC: National Academy Press; 1991:1.<br />
Weingart, et al. Epidemiology of medical error> British Medical Journal. 200; 320: 774‐777<br />
Hospital infections cause US billions of dollars annually. Centers for Disease Control and Prevention Website.<br />
Available at httP://www.cdc.gov/media/pressrel/r2k0306b.htm. Accessed July 22nd, 2012<br />
Medication Errors<br />
Reducing and Preventing Adverse Drug Events To Decrease Hospital Costs. Research in<br />
Action, Issue 1. AHRQ Publication Number 01-0020, March 2001. Agency for Healthcare<br />
Research and Quality, Rockville, MD. http://www.ahrq.gov/qual/aderia/aderia.htm<br />
8/29/2012<br />
4
Non‐Adherence<br />
• Drug‐Related Problems<br />
– Treatment failures due to possible non‐adherence<br />
with medication regimen:<br />
– Total estimated cost is $100 billion annually<br />
• Approximately 2 million hospital readmissions<br />
each year can be traced to non‐adherence<br />
• Approximately 125,000 Americans die each year<br />
because of non‐adherence<br />
• Intentional vs. non‐intentional<br />
Arch Intern Med. 2008(116):565‐71.<br />
Am J Health‐Syst Pharm. 1998(55)1:1127‐33.<br />
Adverse Drug Reactions<br />
• 2 million adverse drug reactions<br />
• 100,000 fatalities<br />
• One of the leading causes of death in the<br />
United i dS States. 1<br />
Institute of Medicine, National Academy Press, 2000<br />
Lazarou J et al. JAMA 1998;279(<strong>15</strong>):1200–1205<br />
Gurwitz JH et al. Am J Med 2000;109(2):87–94<br />
Adverse Drug Events (ADE)<br />
Non‐<br />
adherence<br />
Adverse<br />
Drug<br />
Reactions<br />
Medication<br />
Errors<br />
Drug<br />
Events<br />
Inappropriate<br />
Medication Use<br />
ADE<br />
Medication<br />
Errors<br />
Appropriate<br />
Medication Use<br />
ADR<br />
Adherence Side Effect<br />
Adverse Drug Events due to Adverse<br />
Drug Reactions<br />
Costs Associated with ADR<br />
• $<strong>13</strong>6 billion annual costs<br />
• ADRs cause 1 out of 5 injuries or deaths per<br />
year to hospitalized patients<br />
• Mean length of stay, stay cost and mortality for<br />
ADR patients are DOUBLE that for control<br />
patients<br />
Johnson JA et al. Arch Intern Med 1995;<strong>15</strong>5(18):1949–1956<br />
Leape LL et al. N Engl J Med 1991;324(6):377–384<br />
Classen DC et al. JAMA 1997;277(4):301–306<br />
Pharmacist Role in ADR Reporting<br />
ASHP Guidelines on Adverse Drug Reaction Monitoring and<br />
Reporting<br />
It is the pharmacist’s responsibility and professional obligation to<br />
report any suspected ADRs.<br />
ASHP PPMI<br />
Optimal pharmacy practice models: Characteristics, requirements, and challenges<br />
B19. Pharmacists should actively monitor for and report<br />
potential and actual adverse drug events<br />
The consensus of the Pharmacy Practice Model Summit Am J Health-Syst Pharm. 2011; 68:1148-52<br />
8/29/2012<br />
5
Check Point<br />
Which of the following methods does your<br />
institution utilize to identify adverse events<br />
(ADE, ADRs and Medication Errors)? Choose all<br />
that apply apply.<br />
a. Incident Reporting<br />
b. Direct Observation<br />
c. Chart Review<br />
d. Trigger Tools<br />
Quantification of DRPs<br />
Meyer-Massetti C, Cheng CM, Schwappach DLB et al. Systematic review of medication safety assessment methods.<br />
Am J Health-Syst Pharm. 2011; 68:227-240.<br />
Resource Utilization<br />
Direct Observation<br />
Chart Review<br />
Incident Review<br />
Trigger Tool<br />
Meyer‐Massetti C, Cheng CM, Schwappach DLB et al. Systematic review of medication safety assessment methods.<br />
Am J Health‐Syst Pharm. 2011; 68:227‐240.<br />
Meyer‐Massetti C, Cheng CM, Schwappach DLB et al.<br />
Systematic review of medication safety assessment methods.<br />
Am J Health‐Syst Pharm. 2011; 68:227‐240.<br />
Purpose: To compare the accuracy, efficiency, and efficacy of<br />
commonly used medication safety methods in proactive<br />
medication safety assessment.<br />
Methods: Medical literature databases were search over a nine<br />
year period for any comparative study with at least two of four<br />
methodologies –incident report review, direct observation,<br />
chart review and trigger tool. Studies were included in the<br />
analysis if they included efficiency (effort and cost), and efficacy<br />
and provided numerical data.<br />
Accuracy of DRPs<br />
• Sensitivity, Specificity and Positive Predictive<br />
Value of the different DRP assessment<br />
methods varied greatly.<br />
• Incident report review were generally more<br />
specific than other methods<br />
• When compared to trigger tools, incident<br />
report review was consistently less sensitive.<br />
• PPV of trigger tools ranged from 0% to 100%<br />
Meyer‐Massetti C, Cheng CM, Schwappach DLB et al. Systematic review of medication safety assessment<br />
methods. Am J Health‐Syst Pharm. 2011; 68:227‐240.<br />
Hanlon JT, Maher RL, Lindblad CI, et. al.<br />
Comparison of methods for detecting potential adverse drug events in<br />
frail inpatients and outpatients. Am J Health‐Syst Pharm. 2001; 58:1622‐6<br />
Purpose<br />
1. Compare the rates of potential ADEs identified from self‐reports along and from<br />
self reports combined with chart reviews<br />
2. Determine the number of potential ADEs identified from self‐reports that were<br />
plausible ADEs<br />
3. Determine the time required to apply various ADE‐screening methods<br />
4. Calculate the prevalence of chart ADE screens leading to ADE evaluations<br />
5. Describe the interpreter reliability of ADE screens applied separately by a nurse<br />
and a pharmacist<br />
Methods<br />
Multi‐centered, conducted at 11 Veteran Affairs Medical Centers (VAMCs)<br />
Patients eligible if they were>65 years old, hospitalized on a medical or surgical ward<br />
for >48 hours, and were frail.<br />
8/29/2012<br />
6
Hanlon JT, Maher RL, Lindblad CI, et. al.<br />
Comparison of methods for detecting potential adverse drug events in<br />
frail inpatients and outpatients Am J Health‐Syst Pharm. 2001; 58:1622‐6<br />
Methods, cont<br />
• Five ADE screening methods were used<br />
– Surveillance for tracer drugs,<br />
– SSurveillance ill for f narrow‐therapeutic‐index h i i d ddrugs<br />
– Screening for changes in medications<br />
– Screening for previously identified ADEs<br />
– ADE‐tracking reports<br />
Hanlon JT, Maher RL, Lindblad CI, et. al.<br />
Comparison of methods for detecting potential adverse drug<br />
events in frail inpatients and outpatients Am J Health‐Syst<br />
Pharm. 2001; 58:1622‐6<br />
Tracking Reports,<br />
Narrow<br />
Therapeutic‐<br />
Index drugs,<br />
TTracer Drugs D<br />
Chart Review<br />
Method (changes<br />
in medications<br />
and previously<br />
identified ADEs)<br />
• Occurs through computer<br />
surveillance<br />
•Most Efficient<br />
•Least yield to generate an<br />
actual report<br />
•Traditional Method<br />
•Time consuming and costly<br />
• Generated the highest yield<br />
leading to an actual report<br />
National Coordinating Council for Medication Error<br />
Reporting and Prevention (NCC‐MERP Index)<br />
NCC MERP. accessed August 2012. www.nccmerp.org<br />
Hanlon JT, Maher RL, Lindblad CI, et. al.<br />
Comparison of methods for detecting potential adverse drug events in frail<br />
inpatients and outpatients Am J Health‐Syst Pharm. 2001; 58:1622‐6<br />
Table 1. Prevalence and Efficiency of Chart ADE Screens Assessed by a Pharmacist (n=50)<br />
Screening Method % Positive ADE Screens<br />
Leading to ADE<br />
Summaries<br />
Minutes Needed to Screen for<br />
Potential ADEs (Mean + S.D.)<br />
ADE‐tracking reports 2 1.85 + 3.47<br />
Narrow‐therapeutic‐ Narrow therapeutic<br />
index drugs<br />
4 2.68 + + 2.09<br />
Tracer drugs 6 7.78 + 4.40<br />
Changes in<br />
medication<br />
42 17.<strong>13</strong> + 9.65<br />
Previously identified<br />
ADEs<br />
52 10.71 + 5.89<br />
Audience Participation<br />
How many sites currently reporting potential or<br />
preventable adverse drug events?<br />
Classifying Medication Errors<br />
NCC‐MERP Index<br />
A circumstances exist for potential errors to occur<br />
B an error occurred but did not reach the patient<br />
C error reached the patient but did not cause harm<br />
D patient monitoring required to determine lack of harm<br />
E error caused temporary harm and some intervention<br />
F temporary harm with initial or prolonged hospitalization<br />
G error resulted in permanent patient harm<br />
H error required intervention to sustain the patient’s life<br />
I error contributed to the patient’s death<br />
NCC MERP. accessed August 2012. www.nccmerp.org<br />
8/29/2012<br />
7
Proactive Screening Process Patient Demographic Information<br />
Intervention Documentation<br />
• One intervention per row<br />
• Name(s) of drug(s) involved<br />
• Indication(s) for drug<br />
• Intervention codes<br />
Medication‐Related Problem<br />
(MRP)<br />
• Date of intervention<br />
• Site<br />
• Medical record number (MRN)<br />
• Date of birth (DOB)<br />
• Gender<br />
• Insurance<br />
• Ethnicity & Language<br />
Intervention Codes<br />
• 4 parts to match columns in intervention section<br />
I. Medication‐Related Problem (MRP)<br />
II. ADE/pADE Classification<br />
III. pADE Severity Rating<br />
IV. Intervention/Recommendation<br />
Intervention Codes<br />
ADE/pADE Classification<br />
8/29/2012<br />
8
Intervention Code<br />
Potential ADE Severity Rating<br />
Description of Event<br />
• Provides clarification of event and<br />
likelihood of its association with the drug<br />
Audience<br />
Participation<br />
Based on patient<br />
case:<br />
How would you<br />
classify the<br />
identified pADE?<br />
*Note: This has been edited from the manual to reflect the chart description.<br />
Intervention Code<br />
Intervention/Recommendations<br />
Patient Case<br />
RH is a 57 y/o Male admitted for right foot abscess, cellulitis,<br />
anemia, hypokalemia, and acute kidney injury<br />
PMH: Seizures, Asthma, chronic back pain, Crohn's Disease<br />
Upon review of the patient medication profile, the pharmacist<br />
discovers that the patient has been receiving Sulfadiazine<br />
500 mg po Q6hr instead of Sulfasalazine 500 mg po Q6hr. The<br />
physician was called and order was corrected.<br />
Audience<br />
Participation<br />
Based on patient<br />
case:<br />
What severity<br />
What severity<br />
would you<br />
classify this<br />
pADE?<br />
8/29/2012<br />
9
MTI Pilot at NAH<br />
PharmD Students<br />
trained on the MTI form<br />
DRP screening occurred<br />
over 6 week period<br />
Data compiled<br />
MTI Pilot Results<br />
Time period: 6 weeks<br />
Total Number of patients: 50<br />
Total Number of MRPs: 48<br />
Patient Demographics<br />
Age<br />
Gender<br />
Race<br />
18‐30 y/o : 4% (2)<br />
31 31‐50 50 y/o: 36% (18)<br />
>51 y/o: 60% (30)<br />
Male: 56% (28)<br />
Female: 44 % (22)<br />
African‐American: 34% (17)<br />
Caucasian: 12% (6)<br />
Hispanic: 54% (27)<br />
pADE Classification<br />
Safety<br />
Metrics<br />
•Health<br />
Information<br />
System<br />
Revised<br />
Clinical<br />
Intervention<br />
Tracking<br />
Module<br />
8/29/2012<br />
10
Revise Clinical Intervention Module<br />
Appropriate and Effectiveness<br />
Safety (pADE/ADE)<br />
Non Adherence and Patient Variables<br />
Miscellaneous<br />
pADE/ADE Classification<br />
pADE Severity Rating<br />
Educate Pharmacists, APPE PharmD Students<br />
One on One orientation/training<br />
1 hour presentation included as a part<br />
of site orientation (paper and computer)<br />
Safety (pADE/ADE)<br />
• Abnormal lab<br />
• Allergy<br />
• Contraindication<br />
• Illegible Order<br />
• Incomplete Order<br />
• Order Clarifications<br />
• Drug Dose Excessive for<br />
therapeutic Goals<br />
• Therapeutic Duplication<br />
Updated Clinical Intervention<br />
Documentation<br />
Time period: 4 week period<br />
Total Number of Clinical<br />
Interventions documented<br />
Total Number of interventions<br />
sampled<br />
636<br />
69<br />
Number of MRPs reviewed 69<br />
pADE<br />
Classification<br />
Cost Avoidance<br />
Occurrence Rate 3%<br />
Average Cost of ADE $ 2182<br />
Yearly Projection of<br />
Med Intervention<br />
7261<br />
Estimated ADEs<br />
avoided (<strong>Annual</strong>ized)<br />
218<br />
Estimated Savings $ 475,298<br />
Adapted from Medication Reconciliation Tracking Tool. John Hopkins University. Accessed at:<br />
http://www.ihi.org/knowledge/Pages/Tools/ReconciliationTrackingTool.aspx on 8/6/12<br />
8/29/2012<br />
11
ASHP PPMI Case Study<br />
Adding Value: Prevention Prescribing Errors through<br />
Pharmacist Interventions Utilizing a Severity Rating Scale<br />
Relevant PPMI Recommendation<br />
B24. Every pharmacy department should:<br />
m. Track and trend pharmacist interventions<br />
• Pi Primary IIntended t d dOOutcome t<br />
– Demonstrate clinical relevance, via use of a<br />
severity rating scale, of prescribing errors<br />
intercepted by pharmacists<br />
Palmer K, Shane R Adding Value: Preventing Prescribing Errors through Pharmacist Interventions Utilizing a Severity Rating Scale<br />
http://www.ashpmedia.org/ppmi/case-studies.html, Accessed August 6, 2012.<br />
ASHP PPMI Case Study<br />
• Outcome Measures<br />
– Demonstrated the value of clinical pharmacy services to<br />
the organization<br />
– Did not result in an increase FTE; however, it supported<br />
the need for pharmacist staffing throughout the patient<br />
care areas.<br />
Palmer K, Shane R Adding Value: Preventing Prescribing Errors through Pharmacist Interventions Utilizing a Severity Rating Scale<br />
http://www.ashpmedia.org/ppmi/case-studies.html, Accessed August 6, 2012.<br />
Post Test Case Study<br />
60‐year‐old Hispanic female who presents for diabetes MTM.<br />
She has been experiencing what she describes as ~10 “really<br />
bad” hypoglycemic episodes since her last visit with her<br />
primary care provider. She claims that she has not changed<br />
her diet nor activity level. She checked her blood glucose<br />
levels during g several of these episodes p and the readings g<br />
ranged from 60 to 70 mg/dL; she managed these episodes by<br />
consuming fruit juice or bread and rechecking her blood<br />
glucose every <strong>15</strong> minutes as directed. Upon completing your<br />
medication reconciliation, you find out that her dose of<br />
glyburide was recently increased from 10 mg BID to 20 mg<br />
BID.<br />
ASHP PPMI Case Study<br />
• Pharmacists document intercepted prescribing errors and their<br />
potential severity, utilizing the NCC MERP Index in the electronic<br />
health record.<br />
• Analyzed Data used in numerous ways<br />
– Included in the hospital performance improvement program<br />
– Reported to P&T Committee and Medical Staff Committees<br />
• Physician Education<br />
• Medical Staff Credentialing process<br />
– Pharmacy Department<br />
• Clinical Skills Assessment for pharmacy residents<br />
• Shared with pharmacy staff on a routine basis<br />
Palmer K, Shane R Adding Value: Preventing Prescribing Errors through Pharmacist Interventions Utilizing a Severity Rating Scale<br />
http://www.ashpmedia.org/ppmi/case-studies.html, Accessed August 6, 2012.<br />
References<br />
1. Bates et. al. Incidence of adverse drug events and potential adverse drug events. Implications for<br />
prevention. ADE Prevention Study Group. JAMA. 1995; 274:29‐34<br />
2. Gandhi et. al. Adverse drug events in ambulatory care. N Engl J Med. 2003;348:<strong>15</strong>56‐64<br />
3. Fattinger, et al. Epidemiology of drug exposure and adverse drug reactions in two Swiss deprtmetns of<br />
internal medicine. Br J Clin Pharmacol. 200;49:<strong>15</strong>8‐67<br />
4. Budnitz DS, Pollock DA, Weidenbach KN, Mendelsohn AB, Schroeder TJ, Annest JL. National surveillance of<br />
emergency department visits for outpatient adverse drug events. JAMA 2006;296:1858‐66.<br />
55. Institute of Medicine Medicine. Committee on Identifying and Preventing Medication Errors Errors. Preventing Medication<br />
Errors, Washington, DC: The National Academies Press 2006.<br />
6. Classen DC, Pestotnik SL, Evans RS, et al. Adverse drug events in hospitalized patients. JAMA<br />
1997;277(4):301‐6.<br />
7. Cullen DJ, Sweitzer BJ, Bates DW, et al. Preventable adverse drug events in hospitalized patients: A<br />
comparative study of intensive care and general care units. Crit Care Med 1997;25(8):1289‐97.<br />
8. Cullen DJ, Bates DW, Small SD, et al. The incident reporting system does not detect adverse drug events: A<br />
problem for quality improvement. Journal on Quality Improvement 1995;21(10):541‐8.<br />
Case Study Question<br />
1. This adverse event is ___________________<br />
and an example of a(n)__________________.<br />
a. inappropriate medication use, Side Effect<br />
b i di i dh<br />
b. appropriate medication use, Non‐adherence<br />
c. inappropriate medication use, Medication<br />
Error<br />
d. appropriate medication use, Adverse Drug<br />
Reaction<br />
8/29/2012<br />
12
Assessment Question<br />
2. Which of the following methods of screening<br />
for Adverse Drug Event events is considered to<br />
be the most time efficient?<br />
aa. Direct Observation<br />
b. Trigger Report<br />
c. Chart Review<br />
d. Incident Reporting<br />
Assessment Question<br />
4. How many hospital re‐admissions each year<br />
are due to non‐adherence?<br />
a. 40,000<br />
bb. 250 250,000 000<br />
c. 1 million<br />
d. 2 million<br />
Assessment Question<br />
3. A Potential Adverse Event is a circumstance<br />
that could result in harm by the use of a drug,<br />
but that did not result in harm to the patient<br />
aa. True<br />
b. False<br />
Assessment Question<br />
5. The Medication Therapy Intervention Form<br />
incorporated the tracking of which safety<br />
outcomes?<br />
aa. Potential Adverse Drug Events and Medication<br />
Errors<br />
b. Adherence and Adverse Drug Events<br />
c. Medication Errors and Adherence<br />
d. Potential Adverse Drug Events and Adverse Drug<br />
Events<br />
8/29/2012<br />
<strong>13</strong>
Interdisciplinary Teamwork:<br />
How Physicians, Nurses and<br />
Pharmacists Can Work Together<br />
Mark Loafman MD, MD MPH<br />
Assistant Professor Family Medicine,<br />
Northwestern Feinberg School of Medicine<br />
National Faculty Co‐Chair, HRSA Patient Safety<br />
and Clinical Pharmacy Services Collaborative<br />
No Conflicts of Interest to disclose<br />
Learning Objectives Cont.<br />
• Recognize the value in defining a small population of focus as<br />
a starting point in the work of systems improvement.<br />
• Translate the application of the practices outlined in the<br />
Patient Safety Clinical Pharmacy Services Collaborative (PSPC)<br />
Change Package to the unique needs of the participant participant’s s<br />
home organization.<br />
• Define mechanisms by which an organization can facilitate<br />
success in integrating clinical pharmacy services into chronic<br />
care treatment and clinical programs.<br />
If sick patients held Olympics, how<br />
may medals would the U.S. win?<br />
Learning Objectives<br />
• Identify the critical emerging role for clinical pharmacy and safe Rx<br />
use in achieving the triple aim for patient centered health care<br />
services.<br />
• Describe the knowledge and systems barriers known to adversely<br />
affect care providers’ ability to achieve optimal health outcomes in<br />
patients i with ihchronic h i conditions. di i<br />
• Articulate how integrating clinical pharmacy services into an inter‐<br />
professional team can address systems barriers to optimal care.<br />
• Explain the Institute for Healthcare Improvement (IHI) Collaborative<br />
Model for Breakthrough Improvement in terms of rapid cycle<br />
improvement involving clinical pharmacy services.<br />
2<br />
Allocation of Health Care Resources and Workforce<br />
Allocation of Healthcare Resources and Workforce<br />
Allocation of Health Care Resources and Workforce<br />
Allocation of Healthcare Resources and Workforce<br />
…. and what it takes to get our attention<br />
‐HTN, Diabetes, Obesity,<br />
Dyslipidemia, Tobacco<br />
‐ Cancer<br />
‐ Trauma, Accidents<br />
8/30/2012<br />
1
Allocation of Health Care Resources and Workforce<br />
Allocation of Healthcare Resources and Workforce<br />
…. in comparison to Population w/chronic disease<br />
Patients with<br />
Chronic Disease<br />
Patients with<br />
Advanced Stage<br />
Disease<br />
Patients who are dying<br />
Life Course Perspective –Current Delivery System<br />
Trajectory for Chronic Disease<br />
• Diabetes<br />
•HTN, Lipids<br />
•Obesity<br />
• Smoking<br />
w/o Primary<br />
Prevention<br />
w/o Secondary<br />
Prevention<br />
• Vasculopathy<br />
•CV and Renal<br />
damage<br />
• Mild Disability<br />
•ESRD, MI, CVA<br />
•Heart, Kidney<br />
Failure<br />
• Severe Disability<br />
• Mild Disability Severe Disability<br />
End Stage Care ‐<br />
Death<br />
Life Course Perspective –NewDelivery System<br />
Trajectory for Chronic Disease<br />
• Diabetes<br />
•HTN, Lipids<br />
•Obesity<br />
• Smoking<br />
Primary<br />
Prevention<br />
w/o Secondary<br />
Prevention<br />
• Vasculopathy<br />
•CV and Renal<br />
damage<br />
• Mild Disability<br />
•ESRD, MI, CVA<br />
•Heart, Kidney<br />
Failure<br />
• Severe Disability<br />
• Mild Disability Severe Disability<br />
• Minimal vascular<br />
disease<br />
•Preserved Heart,<br />
Kidney Function<br />
End Stage Care ‐<br />
Death<br />
End Stage<br />
Care ‐ Death<br />
Epidemiology<br />
• Chronic disease = highly prevalent<br />
• Uncontrolled chronic conditions = highly<br />
prevalent<br />
• Epidemic id i of f uncontrolled ll d chronic h i conditions di i<br />
Life Course Perspective –Current Delivery System<br />
Trajectory for Chronic Disease<br />
• Diabetes<br />
•HTN, Lipids<br />
•Obesity<br />
• Smoking<br />
w/o Primary<br />
Prevention<br />
w/o Secondary<br />
Prevention<br />
• Vasculopathy<br />
•CV and Renal<br />
damage<br />
• Mild Disability<br />
•ESRD, MI, CVA<br />
•Heart, Kidney<br />
Failure<br />
• Severe Disability<br />
• Mild Disability Severe Disability<br />
End Stage Care ‐<br />
Death<br />
What do patients need to do to get our attention?<br />
What does it take to get our best care?<br />
Health Care Resources, Workforce and Population<br />
Many Patients<br />
with<br />
Uncontrolled<br />
Chronic Disease<br />
Many Patients with<br />
Controlled Chronic<br />
Disease<br />
More Patients<br />
with Advanced<br />
Stage Disease<br />
Patients dying<br />
younger and sicker<br />
Less Patients with<br />
Advanced Stage Disease<br />
Patients still die, but<br />
later and “better”<br />
8/30/2012<br />
2
Highly Effective Healthcare<br />
• What does “world class” care look like?<br />
• Examples<br />
– Historical<br />
– CContemporary<br />
• Opportunity<br />
How Reliable is our Care?<br />
A function of System and Culture<br />
Autonomy Teamwork Highly Reliable Organizations<br />
Chaos Error 1:10 1:100 1:10,000 1:1 million<br />
Custom‐ Standard Standard<br />
crafted training, process,<br />
processes ttry hard h d hbit habits and d<br />
patterns<br />
Each Doctor<br />
writes<br />
individual<br />
orders<br />
Each staff<br />
member has<br />
his/her own<br />
way<br />
Multi‐<br />
disciplinary<br />
rounds<br />
Deference to<br />
expertise,<br />
“ “safety f t<br />
culture”<br />
Blood banking,<br />
Approval for<br />
high risk<br />
orders<br />
Loss of<br />
individual<br />
id identity tit<br />
Yes but, it’s like herding cats<br />
What we say What doctors hear<br />
• Performance improvement ‐ You doubt my judgment<br />
• Accountability ‐Insult my integrity<br />
• Collaborative practice ‐ Losing control<br />
• Electronic Records ‐ OMG!<br />
• Guidelines ‐ Cookbooks<br />
Achieving the Triple AIM<br />
14<br />
Integrated CPS<br />
Health Status<br />
Adverse Drug Events<br />
Anesthesia<br />
safety, airline<br />
industry Engaging Physicians in<br />
Performance Improvement<br />
Understanding the frustration<br />
• Satisfaction with practice has decreased for<br />
many physicians.<br />
• The “psychological contract” has been<br />
changed changed, without informed consent consent.<br />
• Professional ethos that got them here is no<br />
longer working.<br />
8/30/2012<br />
3
PSPC<br />
Working<br />
Here<br />
The Breakthrough Model for Improvement<br />
• Who “owns” performance improvement in our shop?<br />
• Can we use the Model for Improvement and Clinical<br />
Pharmacy Services to attack our “to do” list?<br />
Pharmacy Services to attack our to‐do list?<br />
• Are we ready to adopt a bold new approach for Quality<br />
Improvement?<br />
• The most important next step I can take is…?<br />
Where PDSA’s have taken us:<br />
Magnitude of the possible scale‐up and spread of CPS<br />
833,936 patients<br />
245,002 patients<br />
44,029 patients<br />
3,369<br />
patients<br />
A. Population of Focus (PoF)<br />
for detecting improvement in<br />
PSPC<br />
D. Total Population of Care<br />
(PoC) for primary health<br />
care home<br />
C. Population of Service (PoS)<br />
for CPS. The total high risk<br />
patient population seen by the<br />
primary health care home that<br />
can benefit dramatically from<br />
integrated CPS<br />
B. Population of Focus at Scale Up.<br />
Total number of patients with same PoF health<br />
status marker conditions and risks<br />
Performance Improvement<br />
as Translational Research<br />
IHI Breakthrough Model for Improvement<br />
Breakthrough Improvement Model:<br />
Key Attributes<br />
• Patient‐Centered<br />
• Inter‐professional care team<br />
• Cross‐organizational with health/medical homes at the<br />
center<br />
• An approach to spread to many other conditions<br />
• Systematically addresses medication management,<br />
safety and risk<br />
• PDSA cycles for rapid improvement<br />
• Is not new work to do, but a powerful new way to do<br />
the work we already have<br />
Inter‐Professional Teams<br />
• If Healthcare were a movie for our patients<br />
with chronic conditions, what kind of<br />
Soundtrack would there be?<br />
• Typical patient has ….<br />
8/30/2012<br />
4
Inter‐Professional Teams ‐<br />
Changing the Soundtrack<br />
• Clinical Integration<br />
– Interdisciplinary teams are needed to address<br />
complex issues primary care providers face.<br />
– With so much to do, each discipline must function<br />
at the highest level of their skill and training.<br />
– While the Patient Care Medical Home is a step in<br />
the right direction, it is not powerful enough alone<br />
to deliver the outcomes we are seeking.<br />
Clinical Integration: Achieving<br />
�Create time for physicians<br />
◦ Documentation tools, protocols, care maps<br />
◦ Standardize/enhance Allied Health staff<br />
◦ Reduce “non‐productive” time<br />
�Generate value for physicians<br />
◦ Help achieve quality/satisfaction goals<br />
◦ Financial incentives and support<br />
◦ Share technology, resources and even staff<br />
Putting it all together: Breakthrough Model to Drive Change:<br />
Improvement Model, CPS, Clinical Integration<br />
• Consistent use of clinical practice<br />
guidelines, standing order sets, etc.<br />
• Use allied health at highest level possible,<br />
working ki as a tteam<br />
• Standardized documentation templates<br />
• Changing and refining practices in response<br />
to performance data<br />
Inter‐Professional Teams ‐ Approach to Clinical Integration<br />
• Process<br />
– Case and Disease management<br />
– Doing things right<br />
– Get patient to the right place at the right time<br />
– PPush hagainst i tnon‐Compliance C li<br />
• Outcomes<br />
– Patient centered care coordination<br />
– Doing the right things<br />
– Achieving optimal health measures<br />
– Safe and Effective Medication Use<br />
Inter‐Professional Teams<br />
Clinical Integration<br />
• Levels of Integration<br />
– Referral<br />
– Colocation<br />
– Fully integrated<br />
Interdisciplinary Teamwork:<br />
How Physicians, Nurses and Pharmacists<br />
Can Work Together<br />
“Answering Answering the Call to Action” Action<br />
Mark Loafman MD, MPH<br />
Assistant Professor Family Medicine, Northwestern<br />
Feinberg School of Medicine<br />
National Faculty Co‐Chair, HRSA Patient Safety and<br />
Clinical Pharmacy Services Collaborative<br />
8/30/2012<br />
5
Post Test Question<br />
1. Match the drug name on the left with the<br />
brand name on the right.<br />
_ Abacavira) b i ) Isentress<br />
_ Raltegravir b) Norvir<br />
_ Ritonavir c) Sustiva<br />
_ Efavirenz d) Ziagen<br />
Post Test Question<br />
1. SV is a 34 year old female who was recently diagnosed HIV+<br />
and who would like to start treatment. What are the two<br />
most important laboratory parameters that her health<br />
provider needs to determine if HIV treatment should be<br />
initiated?<br />
a. CD4 T‐lymphocyte count and fasting lipid profile<br />
(triglycerides, total cholesterol, LDL, HDL).<br />
b. HIV viral load and CD4 T‐lymphocyte count<br />
c. HIV viral load and serum creatinine<br />
d. CD4 T‐lymphocyte count and liver enzyme tests<br />
Post Test Question<br />
5. Which of the following adverse effects is<br />
specific for atazanavir (Reyataz)<br />
a. renal toxicity<br />
b ii<br />
b. Hepatitis<br />
c. elevated triglycerides<br />
d. elevated bilirubin<br />
Post Test Question<br />
2. Which of the following regimens is recommended for<br />
the 2012 Department of Health and Human Services<br />
Treatment Guidelines for initial therapy for HIV<br />
infected adults?<br />
a. Truvada (tenofovir/emtricitabine) + ritonavir<br />
b. Complera (tenofovir/emtricitabine/rilpivirine)<br />
c. Combivir (zidovudine/lamivudine) + atazanavir<br />
d. Atripla (tenofovir/emtricitabine/efavirenz)<br />
Post Test Question<br />
4. Which of the following adverse effects is<br />
associated with tenofovir?<br />
a. renal toxicity<br />
bb. Dizziness i i<br />
c. elevated triglycerides<br />
d. rash<br />
8/30/2012<br />
6
<strong>Meeting</strong> the PPMI Goals for Technology –<br />
“Is a Puzzlement”<br />
Drug Bug Mismatch<br />
Dima Awad, Pharm.D, MS<br />
Assistant Director of Pharmacy, Informatics, and Technology<br />
University of Chicago Medicine<br />
Chicago, Illinois<br />
The speaker has no conflict to declare.<br />
Introductions<br />
• How many of you have implemented an Antimicrobial Stewardship<br />
Program?<br />
• How many of you have implemented Clinical Decision Support Tools<br />
integrated with CPOE (Computerized Physicians Order Entry)?<br />
PPMI Goals Related to Clinical Decision<br />
Support<br />
• C2d. Clinical decision support integrated with CPOE. 2<br />
• C2e. Order management and review organized around<br />
drug therapy management services. 2<br />
• C2f. Real-time monitoring systems that provide a work queue of<br />
patients needing review and possible intervention. 2<br />
2 Am J Health-Syst Pharm—Vol 68 Jun <strong>15</strong>, 2011 1<strong>15</strong>1<br />
University of Chicago Medicine<br />
• A Non-For-Profit Hospital 1<br />
– Bernard A Mitchell Hospital<br />
– Comer Children’s Hospital<br />
– Chicago Lying-in Hospital<br />
– Duchossois Center for Advanced Medicine (DCAM)<br />
– University of Chicago Pritzker School of Medicine<br />
– NHP Pavilion set to open February 20<strong>13</strong><br />
• Patient Care Facts circa 2011 1<br />
Fact<br />
Admissions 22,797<br />
Average Beds in Service 550<br />
Visits to DCAM 384,550<br />
Emergency Visits 74,359<br />
1. UCM Intranet. University of Chicago Medicine. <strong>13</strong> August, 2012.<br />
Self Assessment<br />
• Which PPMI goals are associated with clinical decision support?<br />
A. Order management and review organized around drug therapy<br />
management services.<br />
B. Real-time monitoring systems that provide a work queue of<br />
patients needing review and possible intervention.<br />
C. Both A and B<br />
D. Avoid at all costs, could trigger a migraine.<br />
Additional Goals<br />
• Recognize the PPMI goals related to clinical decision support<br />
implementation.<br />
• Describe the functionality of antibiotic monitoring.<br />
• Discuss the challenges and solutions associated with the antibiotic<br />
monitoring build.<br />
8/29/2012<br />
1
• Drug Bug Mismatch<br />
Clinical Decision Support<br />
Clinical Tools For Improved Patient Safety<br />
• Antimicrobial Stewardship Program (ASP)<br />
• Alerts user when patient’s culture is resistant to their current<br />
antimicrobial therapy<br />
Preceding Surveillance Tools<br />
• Electronic Medical Record<br />
– Clarity reports<br />
• Data not available until next day<br />
– Reporting Workbench<br />
• Inability to link culture with patient’s antimicrobials<br />
Culture<br />
Resulted<br />
Triggers BPA<br />
Criteria/Rule<br />
Drug Bug Workflow<br />
Sends In Basket<br />
Message<br />
Clinician reviews<br />
antimicrobial<br />
therapy then<br />
contacts<br />
provider<br />
Clinician adds<br />
pass off note and<br />
marks message<br />
as done<br />
Antimicrobial Stewardship Program<br />
• 3 The UCMC Antimicrobial Stewardship Program (ASP) is charged<br />
with<br />
– improving antimicrobial prescribing practices<br />
– enhancing the safety of antimicrobial use<br />
– ensuring the cost-effective use of antimicrobial agents<br />
• 4 “Computer based surveillance can facilitate good stewardship by<br />
more efficient targeting of antimicrobial interventions”<br />
3. ASP Intranet. University of Chicago Medicine. <strong>13</strong> August, 2012.<br />
4. Dellit t, Owens R, McGowan J et al. Infectious Diseases Society of America and the Society for Healthcare epidemiology of America guidelines for<br />
Developing an Institutional Program to Enhance Antimicrobial Stewardship. CID 2007:44: <strong>15</strong>9-173<br />
Drug Bug Mismatch<br />
Challenges/Solutions<br />
• Challenges<br />
– New functionality<br />
– Complex logic equals a large build<br />
– Multiple organism cultures = Multiple Messages<br />
• Solution<br />
– Build basic rules and put the details in the report<br />
Drug‐Bug Mismatch Example<br />
• A patient’s culture is resulted which is resistant to their current<br />
antimicrobial medication order (e.g. Ceftazidime)<br />
• Alert triggered<br />
8/29/2012<br />
2
Drug‐Bug Mismatch Example Con’t<br />
• Alert sends and In Basket message to the ASP team<br />
• Clinician utilizes message time to determine resistant culture to<br />
patient’s antimicrobial<br />
In‐Basket Message<br />
Drug‐Bug Mismatch Example Con’t<br />
• Clinician reconciles antibiotics<br />
• In Basket buttons allow access to patient’s chart for further evaluation<br />
• Clinician may add comments about patient’s antimicrobial therapy.<br />
Drug‐Bug Mismatch Build<br />
General Table/VCG<br />
• General Table<br />
• Maps antibiotic to medication records<br />
•VCG<br />
• groups medication records<br />
• one VCG group for each antibiotic<br />
☺ for easier maintenance use generic medication med<br />
Drug‐Bug Mismatch Example Con’t<br />
• In Basket report consolidates patient information for review by<br />
clinician.<br />
• Patient demographic information<br />
• Active anti-infectives<br />
• Latest culture results<br />
Drug‐Bug Mismatch Build<br />
• Components<br />
• General Table/VCGs<br />
• Best Practice Alerts (BPA)<br />
• Rules<br />
• In Basket<br />
• Report/Print groups<br />
• Estimated build time one month >> Depends on the build!<br />
p<br />
Drug‐Bug Mismatch Build<br />
General Table/VCG<br />
•General Table/VCG Example<br />
8/29/2012<br />
3
Drug‐Bug Mismatch Build<br />
Best Practice Alerts<br />
•BPA<br />
•Triggered when culture resulted<br />
• Multiple settings allow for further customization of criteria<br />
• Restrict to inpatient anti-infective orders<br />
• Restrict to certain hospitals<br />
• Link to rules<br />
•Sends In Basket message if all criteria are met<br />
• Customize In Basket message<br />
• Assigns In Basket pool<br />
Drug‐Bug Mismatch Build<br />
Best Practice Alerts<br />
•BPA base In Basket setup<br />
Assigns In Basket pool<br />
Drug‐Bug Mismatch Build<br />
Best Practice Alerts<br />
•BPA criteria example<br />
Link to Rule<br />
Drug‐Bug Mismatch Build<br />
Best Practice Alerts<br />
•BPA base example<br />
Additional<br />
Restrictions<br />
Triggering Action<br />
Drug‐Bug Mismatch Build<br />
Best Practice Alerts<br />
•BPA criteria example<br />
Both Criteria need to be true for<br />
BPA to send in-basket message<br />
Drug‐Bug Mismatch Build<br />
Rules<br />
•Rules<br />
• Processes each line of the culture<br />
• e.g. CEFTAZIDIME RESISTANT<br />
• Compares general table VCG (CEFTAZIDIME) to patient’s active<br />
medications.<br />
• Custom logic allows flexibility in rules<br />
8/29/2012<br />
4
Drug‐Bug Mismatch Build<br />
Rules<br />
•Rules Example<br />
• Rule is true if patient is on an active antibiotic order that is<br />
resistant or intermediate.<br />
Custom logic allows for further flexibility<br />
Drug‐Bug Mismatch Build<br />
In Basket<br />
•In Basket Setup – A <strong>Presentation</strong> in Itself!<br />
• Recipients of message are assigned to a message pool<br />
• Message type defines In Basket build<br />
Drug‐Bug Mismatch Build<br />
In Basket Report<br />
•Report<br />
• Consolidate information in one location<br />
• Customized print groups<br />
• Patient demographics<br />
• Pharmacist pass off note<br />
• Active antibiotics<br />
• Discontinued antibiotics<br />
• Culture results<br />
Drug‐Bug Mismatch Build<br />
Rules<br />
•Rules Example con’t<br />
• Line #2 Maps Culture Antibiotic to Patient’s Active Antibiotics<br />
PATIENT.Active Medication Orders.Medications.Groupers = PATIENT.Culture Results.Sensitivities.Antibiotic Grouper<br />
Drug‐Bug Mismatch Build<br />
In Basket<br />
•In Basket Buttons<br />
• Command Buttons<br />
Drug‐Bug Mismatch Build<br />
In basket Report<br />
• Custom print groups<br />
• Active antibiotics<br />
• Print Group # 46100<br />
• Must create LPP filter to only list antibiotics<br />
• Pharmacist pass off note “Sticky Note”<br />
• Print Group #46541<br />
• Must assign a key to sticky note (e.g. RXDRUGBUG)<br />
• Note is per patient encounter<br />
8/29/2012<br />
5
Limitations<br />
• No functionality exists to indentify triggering culture/antibiotic<br />
- Work around: clinician must match time of message to time of<br />
culture result then reconcile antimicrobials.<br />
• Rule cannot restrict to only inpatient antimicrobials<br />
- Work around: BPA criteria requires that the patient is on at least<br />
one active inpatient anti-infective<br />
•Clinicians have no way to mark an alert as reviewed<br />
- Work around: created pharmacist pass off note.<br />
• Cultures can have several “Preliminary Results”, which trigger<br />
duplicate messages.<br />
Enhancements<br />
• Print group to identify triggering culture/antibiotic<br />
• Rules specific to inpatient medications<br />
• Ability to mark messages as reviewed<br />
• Page/email clinician when alert is trigger<br />
Wait, I<br />
received a<br />
message!<br />
Feedback<br />
• Positive<br />
• Alerts were found to be accurate when compared against lab data<br />
• In-basket report allows for quick analysis of messages<br />
• Pass off note allows for more efficient follow up.<br />
• Negative<br />
• Messages are triggered to many times<br />
• No way to mark alerts as reviewed.<br />
Self Assessment<br />
• Once an alert is triggered where is the message sent?<br />
A. Pager<br />
B. In Basket<br />
C. A&B<br />
D. Outer space<br />
Questions?<br />
8/29/2012<br />
6
<strong>Meeting</strong> the PPMI Goals for<br />
Technology –“Is A Puzzlement”<br />
Additional Goals<br />
• Recognize the PPMI Goals related to<br />
barcoding<br />
• Identify methods of overcoming barriers to<br />
achieving barcode verification for medication<br />
administration<br />
• Identify methods of integrating barcode<br />
verification into compounding and<br />
preparation processes<br />
PPMI National Dashboard<br />
• Percentage of hospitals/health systems that<br />
routinely use machine readable coding (e.g.,<br />
bar coding technology with or without a<br />
robot) in the inpatient pharmacy to verify<br />
doses during dispensing [C2j].<br />
33.9%<br />
Barcoding to Achieve PPMI Goals<br />
Linda Fred, BS Pharm, MBA<br />
Director of Pharmacy and Anticoagulation Services<br />
Carle Hospital and Carle Physician Group<br />
Urbana, IL<br />
I have no conflicts of interest to report.<br />
PPMI Goals Related to Barcoding<br />
• C2j: Use of bar‐code technology during the<br />
inventory, preparation, compounding, and<br />
dispensing processes.<br />
• C2l: Use of bar‐code bar code technology during<br />
medication administration.<br />
PPMI National Dashboard<br />
• Percentage of hospitals/health systems that<br />
use machine‐readable coding (e.g., Bar‐Code<br />
Medication Administration [BCMA] system) to<br />
verify the identity of the patient and the<br />
accuracy of medication administration at the<br />
point‐of‐care [C2l].<br />
50.2%<br />
8/29/2012<br />
1
Self‐Assessment Question<br />
Which of the following are PPMI Goals related to<br />
barcoding?<br />
A. Barcode verification at the time of<br />
medication administration.<br />
B. Use of barcode verification in inventory<br />
functions.<br />
C. Use of barcode verification during<br />
compounding.<br />
D. All of the above.<br />
Barcoding For Medication<br />
Administration<br />
• Goal: Barcode verification from manufacturer to<br />
patient<br />
• Software & Hardware Requirements:<br />
– Electronic medical record support<br />
– Integrated barcode validation<br />
– Mechanism for applying barcodes to all products<br />
– Strategically placed computers and scanners (bedside,<br />
pharmacy)<br />
– Repackaging equipment (or outsourced)<br />
Medi‐Dose Packaging Medical Packaging Inc<br />
Automed FastPak EXP<br />
Barriers: Barcode Verification During<br />
Medication Administration<br />
• Expense –EMR, Repackaging/Outsourcing<br />
• Barcode Variables:<br />
– Package size<br />
– Overwraps and outer packaging<br />
p p g g<br />
– Different types of barcodes (scanner programming)<br />
– EMR generated versus manufacturers’ barcode<br />
(repackaged products)<br />
• Compliance: setting expectations, sharing the data,<br />
troubleshooting issues<br />
8/29/2012<br />
2
Patient Scanning<br />
Compliance<br />
Sample Compliance Report<br />
Medication Scanning<br />
Compliance<br />
Total<br />
Administrations<br />
# of Admins With<br />
Patient Not Scanned<br />
# of Admins With<br />
Medication Not<br />
Scanned<br />
# of Admins With<br />
Neither Medication<br />
Nor Patient Scanned<br />
96.97% 96.97% 33 1 1 1<br />
100.00% 100.00% 5<br />
99.42% 99.42% 172 1 1 1<br />
91.67% 91.67% 36 3 3 3<br />
100.00% 0.00% 1 1<br />
100.00% 100.00% 7<br />
Integration of Barcoding into<br />
Compounding<br />
• TPN and batch compounding capability<br />
• Scanning during patient specific compounding<br />
• Fully automated IV compounding<br />
• Robotic Chemo compounding<br />
Self‐Assessment Question<br />
Barcoding for medication administration<br />
requires:<br />
A. Hardware and software support<br />
B. A clearly l l communicated i dcompliance li plan l<br />
C. Packaging plans that ensure a scannable bar<br />
code on every product<br />
D. All of the above<br />
Baxa Exactamix 1200<br />
Epic Dispense Preparation Baxa Intellifill IV<br />
8/29/2012<br />
3
Cytocare Self‐Assessment Question<br />
References<br />
• Medical Packaging Inc:<br />
http://www.medpak.com/v1/Main/Default.as<br />
px?expand=Home<br />
• Amerisource Bergen g Drug g Corporation p Web<br />
Site – FastPak EXP:<br />
http://www.amerisourcebergen.com/abcdrug<br />
/PDFs/Global/FastPakEXP_12_09.pdf Baxa<br />
DoseEdge Web Site:<br />
http://www.baxa.com/doseedge/<br />
Technology options for integrating barcoding<br />
into compounding range from batch/TPN<br />
compounders to fully automated IV<br />
preparation systems. systems<br />
A. True<br />
B. False<br />
References<br />
• The Consensus of the Pharmacy Practice Model<br />
Initiative. Am J Health‐Syst Pharm. 2011; 68:1148‐52.<br />
http://www.ajhp.org/content/68/12/1148.full.pdf+h<br />
tml<br />
• Pharmacy Practice Model Initiative and the PPMI<br />
National Dashboard.<br />
http://www.ashpmedia.org/ppmi/docs/ppmi_nation<br />
al_dashboard.pdf<br />
• MediDose Web Site:<br />
http://www.medidose.com/medidose.aspx<br />
References<br />
• Baxa em1200 Web Site:<br />
http://www.baxa.com/PharmacyProducts/Aut<br />
omatedCompoundingDevices/ProductDetail/?<br />
id=2CA80FF5‐A21F‐9E08‐20BC7D50A42B557A<br />
• Baxa/For Health Technologies Web Site:<br />
http://www.fhtinc.com/benefits.html<br />
• Health Robotics Cytocare Web Site:<br />
http://www.health‐<br />
robotics.com/en/solutions/cyto‐care/<br />
8/29/2012<br />
4
<strong>Meeting</strong> the PPMI Goals for Technology –<br />
“Is a Puzzlement”<br />
PPMI & “Ideal” Work Queue<br />
Corrie Vasilopoulos, Pharm.D., BCPS<br />
Clinical Manager<br />
NorthShore University Health System – Glenbrook<br />
Hospital, Glenview, IL<br />
** I have no disclosures. **<br />
Get to Know You…<br />
• Show of Hands….<br />
• How many have electronic medical records<br />
system?<br />
• Currently l use real l time i clinical li i l monitoring i i<br />
system to support pharmacists as clinical<br />
medication managers?<br />
Self Assessment Question<br />
• Which of the following supports pharmacists<br />
as clinical medication managers?<br />
a. Systems supporting hands on oversight of<br />
distribution systems<br />
b. Operational systems driven by product<br />
distribution<br />
c. Decision support systems containing order entry<br />
alerts<br />
d. Decision support systems that provide a<br />
prioritized work queue<br />
Additional Goals<br />
• Recognize PPMI goals related to technology<br />
that support optimal pharmacy practice<br />
models<br />
• Identify methods for implementing<br />
technologies to support pharmacists as clinical<br />
medication managers<br />
• PPMI – Technology<br />
• NorthShore<br />
• “Ideal” Work Queue<br />
• Global Immunization<br />
• Ideal Transitions<br />
Overview<br />
PPMI – Technology Opportunities 1<br />
• Pharmacists as clinical medication managers<br />
• EMR – standardized format<br />
• Operational systems that drive behavior around<br />
clinical care<br />
• Decision‐support systems that maintain appropriate<br />
context<br />
– Real‐time, continuous monitoring<br />
– Prompts only appropriate users<br />
– Queues interventions by priority<br />
– Supports documentation<br />
Siska MH , Tribble DA. AJHP. 2011; 68:1116-1126.<br />
8/29/2012<br />
1
PPMI – Technology Solutions 2<br />
• Order management and review around drug<br />
therapy management services<br />
• Real time monitoring systems<br />
• Work k queue supporting i ddrug therapy h<br />
management and documentation<br />
• Automated notification of labs/ tests outside<br />
of normal range<br />
AJHP Vol 68, June <strong>15</strong> 2011.<br />
NorthShore University Health System<br />
• Four Community Teaching Hospitals<br />
– Evanston, 354 beds<br />
– Glenbrook, 169 beds<br />
– Highland Park, Park 149 beds<br />
– Skokie, 195 beds<br />
• Medical Group, Research Institute, Foundation<br />
• Fully automated electronic medical records<br />
(EMR) system<br />
NorthShore –Work Queue Build<br />
•Front line<br />
clinical<br />
pharmacists h i t<br />
•Primary<br />
literature<br />
Scoring system<br />
recommendations<br />
Corporate clinical<br />
decision support<br />
committee<br />
•Pharmacy<br />
clinical<br />
services<br />
committee<br />
•Develop<br />
working rules<br />
• Prioritization<br />
• Safety<br />
• Quality<br />
•Regulatory<br />
• Financial<br />
EMR build, testing,<br />
education<br />
PPMI – Technology<br />
Recommendations 2<br />
• C7. EMRs designed to align pharmacists’<br />
documentation outlining care provided and a<br />
method to ensure the quality of care provided<br />
• C9 C9. Technology T h l ddesigned i dtto ddemonstrate t t the th impact i t<br />
of pharmacy services on patient outcomes<br />
• C10. Technology designed to support pharmacy<br />
processes to improve patient outcomes<br />
AJHP Vol 68, June <strong>15</strong> 2011.<br />
NorthShore –Work Queue<br />
• Clinical surveillance system internal to EMR<br />
• Scoring system based on changing clinical<br />
status and documentation<br />
• Notification ifi i for f patients i requiring ii review i and d<br />
possible intervention<br />
• Supports pharmacist documentation<br />
• Developed & maintained by informatics<br />
personnel<br />
Self Assessment Questions<br />
• Building an ideal work queue integrated<br />
within a health system’s EMR can be achieved<br />
with pharmacy informatics specialists<br />
– True<br />
– False<br />
8/29/2012<br />
2
Global Immunizations 3<br />
• Jan 2012: CMS and The Joint Commission<br />
require healthcare organizations to publicly<br />
report immunization compliance rates<br />
– IMM‐1a Pneumococcal Immunization – Overall rate<br />
– IMM‐1b Pneumococcal Immunization –Age 65 and<br />
Older<br />
– IMM‐1c Pneumococcal Immunization –High Risk<br />
Populations (Age 6 through 64 years)<br />
– IMM‐2 Influenza Immunization<br />
http://www.jointcommission.org/core_measure_sets.aspx<br />
Pneumococcal Vaccine Work‐Flow<br />
• Nurse completes initial assessment, including<br />
vaccine history<br />
• Clinical decision support based on patient<br />
problem list list, vaccine history history, and allergies<br />
• Point flags to pharmacist for patients requiring<br />
vaccination (work queue)<br />
• Pharmacists place order for vaccine and<br />
documentation per protocol<br />
Ideal Transitions<br />
• Targeted care by multidisciplinary team for<br />
patients at high risk for re‐admission<br />
• “High Risk List” generated daily based on<br />
variables within EMR<br />
– Currently list emailed to pharmacists (limitation of<br />
system)<br />
• EMR contains diagnosis‐specific patient lists<br />
(ex. myocardial infarction, heart failure)<br />
Vaccination at NorthShore<br />
• Nursing responsible for influenza vaccination<br />
program<br />
– Clinical decision support in EMR<br />
• Pneumococcal vaccination program<br />
– Pediatricians to order for 6‐18 years old<br />
– Pharmacists accountable for all adult patients<br />
Ideal Transitions ‐ High Risk<br />
• Evaluation of current status at NorthShore<br />
– Patients readmitted within 30 days<br />
• Multidisciplinary team identified variables for<br />
re re‐admission admission risk (evidence based)<br />
– Co‐morbidities, labs, # meds, encounters<br />
– Statistical analysis using simple regression model<br />
• Developed model engineered to our patient<br />
population<br />
Ideal Transitions<br />
• Unit‐based pharmacists utilize “high risk” list<br />
and diagnosis‐specific lists to screen patients<br />
for targeted education<br />
• Medication education consult order placed<br />
• Medication education consult order placed<br />
• Patient education by pharmacist using teach<br />
back method<br />
• Documentation to next care provider<br />
– Information taught, further need, goals<br />
8/29/2012<br />
3
Challenges<br />
• Clinical surveillance tool<br />
– Resources, education, culture<br />
• Ideal transitions<br />
– IIntegration i of f clinical li i l decision d i i support tool l into i<br />
EMR (currently emailed)<br />
– Documentation to next care provider<br />
• Management of medication preparation and<br />
distribution<br />
Corrie Vasilopoulos, Pharm.D., BCPS<br />
cvasilopoulos@northshore.org<br />
References<br />
1. Siska MH , Tribble DA. Opportunities and challenges related<br />
to technology in supporting optimal pharmacy practice<br />
models in hospitals and health systems AJHP. 2011; 68:1116‐<br />
1126.<br />
22. The Consensus of the Pharmacy Practice Model Initiative. Initiative<br />
Am J Health‐Syst Pharm. 2011; 68:1148‐52.<br />
http://www.ajhp.org/content/68/12/1148.full.pdf+html<br />
3. The Joint Commission Core Measures Set. Available at:<br />
http://www.jointcommission.org/core_measure_sets.aspx.<br />
Accessed August 12, 2012.<br />
8/29/2012<br />
4
Mobile Devices: Beyond Angry Birds<br />
Don’t Worry Be Appy<br />
Adam Bursua, PharmD, BCPS<br />
Clinical Assistant Professor<br />
College of Pharmacy<br />
UUniversity i it of f Illinois Illi i at t Chi Chicago<br />
The speaker has no conflicts to disclose.<br />
Goals<br />
• Compare and contrast characteristics of Apple<br />
and Android mobile applications<br />
• Identify traditional hard copy and electronic<br />
references with mobile application pp versions<br />
• List useful pharmacy focused mobile apps<br />
• Describe popular mobile applications with<br />
medical specialty concentrations<br />
• Describe Dropbox and Goodreader<br />
functionality<br />
Agenda<br />
• Apple vs Android<br />
– Walkthrough of App store and intro to Google Play<br />
• General Mobile App Reference Products<br />
– HHard dcopy references f gone mobile bil<br />
– Electronic references and “app only” software<br />
• Specialty Mobile Apps<br />
• Productivity Apps for Healthcare Professionals<br />
8/29/2012<br />
1
A Brief Personal History<br />
• 1984 – Commodore 64 computer<br />
• 1991 –1 st Windows PC<br />
• 1996 –Sent first e‐mail<br />
• 2004 –Palm Treo<br />
• 2008 – 1 st android smartphone G1<br />
• 2010 –G2 phone and Mac Desktop<br />
• 2011 ‐ 2 nd gen Ipad<br />
• 2012 –2 nd Child Born*<br />
*gadget purchases require prior<br />
authorization �<br />
Apple<br />
• Initial innovators<br />
• Uses i‐tunes and mobile<br />
“App Store”<br />
• Apple controls app design<br />
– Apps w/ more polished feel<br />
• I‐phones and I‐pads<br />
– Limited hardware selection<br />
– No devices w/ tactile keypad<br />
– Some Apps may have<br />
different interface for iphone<br />
and ipad*<br />
I‐Apps vs Android<br />
Apple App Store<br />
Walkthrough<br />
• Featured Apps<br />
– New<br />
– Whats hot<br />
– Genius<br />
• Categories<br />
– 22 total<br />
– Health and Fitness and<br />
Medical<br />
• Top 25<br />
– Sorts by paid vs free<br />
– Ranks by popularity<br />
• Search and Updates<br />
Google (Android)<br />
• Successful copycats<br />
• Uses Google “Play Store”<br />
– Orig. Android Marketplace<br />
• Android is “open source”<br />
– Anyone can submit an app<br />
• Many phones and tablets<br />
– Something for everyone<br />
– Apps primarily designed for<br />
smartphone vs tablet users<br />
8/29/2012<br />
2
Google Play<br />
• Google Play<br />
– Interface to purchase multiple<br />
media products<br />
• Music, movies, books, apps, etc.<br />
• App store within Google Play<br />
– Interface varies depending on<br />
service provider and operating<br />
system<br />
• Featured<br />
– Staff picks, games, editor’s<br />
choice<br />
• Top Selling<br />
• Categories<br />
APPS!<br />
General Pharmacy/Medical<br />
Reference Apps<br />
• Mobile versions of hard copy references<br />
– Facts and Comparisons ‐ PDR<br />
– AHFS ‐ Pharmacist’s Letter*<br />
Many more<br />
– Many more<br />
• Mobile versions of electronic references<br />
– Micromedex* ‐ Lexi‐Comp<br />
– Up‐To‐Date* ‐ Epocrates<br />
– Medscape<br />
8/29/2012<br />
3
Pharmacy Specialty Apps<br />
• Generics (apple)<br />
– Searchable database of generics<br />
• iPharmacy<br />
– Useful pill p Identifier included<br />
• IV Compatibilty<br />
– Trissel’s database<br />
• Iwarfarin (apple)<br />
– Incorporates warfarin pharmacogenomics based<br />
on VKOR and CYP2C19<br />
Specialty Focused Apps<br />
• Cardiovascular • Critical Care<br />
– ACC ACLS guides – ICU Trials<br />
– Digoxin dose calculator • Pulmonary<br />
• IInfectious f ti Di Diseases – AAnesthesiologist h i l i app<br />
– Johns Hopkins Guide – Asthma tracker<br />
iphone or Ipad • Preventive Care<br />
– Sanford guide<br />
– Vancomycin calculator<br />
– AHRQ<br />
Specialty Focused Apps<br />
• Hepatology<br />
– MELD score calculator<br />
• Endocrine<br />
• Oncology<br />
– InPractice Oncology<br />
– Chemo Calc<br />
– Endocrinology d i l and d • Pd Peds<br />
Endo Emergency – Pedi Quick Calc<br />
• Renal<br />
• Calculator Suites<br />
– BS3 Nephrology pack – Mediquation<br />
– Calculate by QxMD<br />
8/29/2012<br />
4
Other Useful Productivity Apps<br />
• Dropbox<br />
– Stores your data in “The Cloud”<br />
– Share files across devices<br />
– Share selected folders with collaborators,<br />
collaborators<br />
students, residents, family, etc.<br />
• Reader applications (eg., Goodreader)<br />
– Manages your pdfs, ppts, docs, etc.<br />
– Allows annotation, sharing, syncing w/ “cloud”<br />
Questions & Audience Input<br />
Questions & Audience Input<br />
Post Test Question 1<br />
1. Which of following “hard copy” references<br />
has a mobile “App” version?<br />
a. AHFS Drug Information<br />
b h h i i ’ k f ( )<br />
b. The Physician’s Desk Reference (PDR)<br />
c. The Pharmacist’s Letter<br />
d. All of the above<br />
8/29/2012<br />
5
Post Test Question 2<br />
2. Which of the following is true regarding mobile<br />
applications for smartphones?<br />
a. Mobile “Apps” for android devices can be obtained<br />
through “Google Play”.<br />
b. Android “Apps” are open‐source, while Apple<br />
retains design controls over “Apps” for the Iphone<br />
and Ipad.<br />
c. “Apps” for the Iphone must be downloaded to a<br />
computer before being transferred to the device<br />
d. Both A and B<br />
•<br />
Post Test Question 3<br />
3. Which of the following mobile “Apps” allows<br />
users to save files in “the cloud” so that they<br />
can be accessed from connected computers,<br />
smartphones smartphones, and other devices?<br />
a. Dropbox<br />
b. SaveAcross<br />
c. Mobile PDR<br />
d. GoodReader<br />
8/29/2012<br />
6
Mobile Devices: Beyond Angry<br />
Birds<br />
David Tjhio, Pharm.D.<br />
Healthcare Executive<br />
Cerner Corporation<br />
Learning Objectives<br />
• Identify the mobile device hardware and<br />
software options currently available<br />
• Describe applications and uses of mobile<br />
devices in the clinical setting<br />
• List the software options available on each<br />
software platform<br />
Image source: hammer.net<br />
HARDWARE<br />
Disclosures<br />
• My spouse and I are shareholders in:<br />
– Apple Inc.<br />
– Google Inc.<br />
• CConflicts fli t were resolved l dth through h peer review i<br />
Additional Learning Objectives<br />
• Describe the current trends in iOS vs. Android<br />
penetration in the U.S.<br />
• Compare and contrast the available app<br />
options in different productivity categories<br />
• Identify key accessories for use with mobile<br />
devices<br />
Phones/Handheld Devices<br />
• Phones<br />
– iPhone/iPod Touch<br />
– Android<br />
– Blackberry<br />
– Windows<br />
Image source: androidauthority.com<br />
8/29/2012<br />
1
Smartphone Penetration in the US<br />
• Tablets<br />
– iPad<br />
– Android<br />
• Amazon Kindle Fire<br />
• Google Nexus<br />
• Samsung Galaxy Tab<br />
Tablets<br />
Image sources: apple.com, amazon.com, notebookforums.com, technutty.co.uk<br />
iOS vs. Android Tablet Usage<br />
Liu R. iOS and Android tablet usage level, reveals study (June 18, 2012). Retrieved August 1, 2012, SlashGear website, http://www.slashgear.com/ios-andandroid-tablet-usage-level-reveals-study-18234449/#entrycontent<br />
Source: nielsen.com (2012)<br />
US Tablet Users<br />
Top 10 Mobile Devices<br />
Source: Good Technology (good.com, 2012)<br />
8/29/2012<br />
2
Net Activations by Industry<br />
Source: Good Technology (good.com, 2012)<br />
Number of Available Apps<br />
As of August 19, 2012<br />
Source: Mobilewalla.com<br />
• Games<br />
• Wine<br />
• Music<br />
• Travel<br />
• Food<br />
• Photography<br />
• GPS<br />
Fun Stuff<br />
Image source: cultofmac.com<br />
APPS<br />
Image source: internaldrive.com<br />
Monthly App Downloads<br />
Source: Xyologic.com, 2012<br />
Social Networking<br />
Features Integrated apps for access to Social Networking<br />
sites<br />
Platforms iOS, Android<br />
CCost t FFree<br />
Popular<br />
Examples<br />
•Facebook<br />
•Twitter<br />
•Google +<br />
•LinkedIn<br />
•TweetDeck<br />
•HootSuite<br />
8/29/2012<br />
3
Social Media Dashboard<br />
Notes<br />
Dictation<br />
Image sources: hootsuite.com, tweetdeck.com<br />
Image sources: evernote.com, pockeysoft.com, phatware.com<br />
Features Excellent voice recognition; can dictate text<br />
messages, e‐mails, tweets, and status updates<br />
Platforms/<br />
Integration<br />
Cost Free<br />
Popular<br />
Examples<br />
iOS, Android<br />
•Dragon Dictation<br />
•Swype<br />
•Dictation (iPad 3)<br />
Notes<br />
Features Text conversion from handwriting; synched audio<br />
recording; remote note storage; easy sharing<br />
Platforms/ iOS, Android<br />
Integration<br />
CCost t F Free (basicversion) (b i i ) up t to $9.99 $9 99 (plus ( l additional dditi l<br />
costs for add‐ons)<br />
Popular<br />
Examples<br />
•Evernote<br />
•UPAD<br />
•WritePad<br />
•Notes Plus<br />
Notes<br />
Image source: notesplusapp.com<br />
Image source: swype.com<br />
8/29/2012<br />
4
News Readers/Aggregators<br />
Features Summary of news and stories; can “learn” your<br />
preferences<br />
Platforms/ iOS, Android<br />
Integration<br />
Cost Generally free<br />
Popular<br />
Examples<br />
•Flipboard<br />
•Zite<br />
•Currents<br />
•Pocket (Read<br />
It Later)<br />
•Instapaper<br />
Remote/Cloud Storage<br />
Features Easy access to stored files; initially free storage;<br />
version control for files; backup storage<br />
Platforms iOS, Android<br />
Cost Initially free, varying price tiers for paid storage<br />
Popular<br />
Examples<br />
•Dropbox<br />
•Google Drive<br />
•SugarSync<br />
•iCloud<br />
File Reader<br />
•SkyDrive<br />
Features Converts PDFs and other file formats for easy<br />
reading; supports highlighting and annotation<br />
Platforms iOS, Android<br />
Cost $4.99 (GoodReader); some free options<br />
Popular<br />
Examples<br />
•GoodReader (iOS only)<br />
•Adobe Reader<br />
News Readers/Aggregators<br />
Image sources: zite.com, google.com, flipboard.com<br />
Cloud Storage Comparison<br />
Source: Ars Technica (arstechnica.com, April 26, 2012)<br />
Source: www.goodreader.net<br />
GoodReader<br />
8/29/2012<br />
5
Remote Control/Remote Access<br />
Features Screen sharing; remote access<br />
Platforms iOS, Android<br />
Cost Generally free for personal use<br />
Popular<br />
Examples<br />
•TeamViewer<br />
•Splashtop<br />
•LogMeIn<br />
•Screenleap<br />
Voice Over Internet Protocol<br />
iWork<br />
Image source: iphonelah.com<br />
Image source: apple.com<br />
Voice Over Internet Protocol<br />
Features Free voice and/or video calls; free instant/SMS<br />
messaging; free international calling<br />
Platforms iOS, Android<br />
Cost Free<br />
Popular<br />
Examples<br />
•Skype<br />
•iCall<br />
•Google Voice<br />
•TruPhone<br />
Office Apps<br />
•Viber<br />
•Line2<br />
Features File editing for Office files; syncs with cloud services<br />
Platforms iOS, Android<br />
Cost Free to $20<br />
Popular<br />
Examples<br />
•Keynote<br />
•Numbers<br />
•Pages<br />
• Keyboard<br />
• Stylus<br />
• Projector cables<br />
• HDMI cables<br />
• Apple TV<br />
•Google Docs<br />
•Quickoffice<br />
•Office 2 HD<br />
Accessories<br />
•Documents to<br />
Go<br />
8/29/2012<br />
6
Contact Information<br />
• E‐mail:<br />
– david.tjhio@cerner.com<br />
• Twitter:<br />
– @jh10 @tjh10<br />
– @tjh10_HCIT<br />
• LinkedIn:<br />
– http://www.linkedin.com/in/davidtjhio<br />
Post Test Question 2<br />
2. As of August 2012, how many apps have been<br />
developed across the four major platforms<br />
(Apple, Android, Blackberry, Windows)?<br />
aa. Over 1,000,000 1 000 000<br />
b. 900,000<br />
c. 800,000<br />
d. 700,000<br />
Post Test Question 4<br />
4. Which of the following statements is true<br />
regarding Cloud Storage offerings?<br />
a. All Cloud Storage companies offer the same<br />
amount of free storage<br />
b. All Cloud Storage companies charge the same<br />
amount for paid storage<br />
c. All Cloud Storage companies offer some amount<br />
of free storage<br />
d. All Cloud Storage companies have a maximum<br />
file size<br />
Post Test Question<br />
1. What percentage of the US Smartphone<br />
market is made up of Android OS phones and<br />
Apple iPhones?<br />
aa. 55%<br />
b. 65%<br />
c. 75%<br />
d. 85%<br />
Post Test Question 3<br />
3. Which of the following is a feature that is<br />
currently available in one of the Notes apps<br />
described in the presentation?<br />
aa. Dictation<br />
b. Text conversion from handwriting<br />
c. Screen sharing<br />
d. News aggregation<br />
8/29/2012<br />
7
Guideline Updates for Common<br />
Infections in Neonates and Children<br />
Lisa Lubsch, PharmD, AE‐C<br />
Southern Illinois University Edwardsville<br />
School of Pharmacy<br />
The speaker has no conflict to disclose.<br />
Objectives for Technicians<br />
• List the antibiotics used for treating early‐<br />
onset sepsis in neonates, UTIs in infants and<br />
young children, and CAP in infants and<br />
children.<br />
• Describe how to calculate the regimen<br />
(including dose and frequency) for the<br />
recommended parenteral antibiotic<br />
prescribed for a neonate with sepsis or a child<br />
with a UTI or CAP.<br />
Question 1<br />
• EW is a 2 day old male with fever and<br />
decreased PO intake. What is the most likely<br />
pathogen causing fever in EW?<br />
AA. Group B streptococci (GBS)<br />
B. Escherichia coli<br />
C. Listeria monocytogenes<br />
D. Herpes simplex virus<br />
Objectives for Pharmacists<br />
• Review the latest recommendations for management<br />
of early‐onset sepsis in neonates, urinary tract<br />
infections (UTIs) in infants and young children, and<br />
community‐acquired pneumonia (CAP) in infants and<br />
children.<br />
• Sl Select tappropriate it empiric ii antibiotic tibi ti therapy th for f a<br />
neonate with sepsis or a child with a UTI or CAP.<br />
• Recommend transition from parenteral to oral<br />
antibiotic therapy for a child with a UTI or CAP when<br />
appropriate.<br />
• Indicate the appropriate duration of antibiotic therapy<br />
for a neonate with sepsis or a child with a UTI or CAP.<br />
Pediatrics 2012;129:1006–<strong>15</strong><br />
Early Onset Sepsis<br />
• Suspected sepsis, septic work‐up (SWU), rule‐<br />
out sepsis<br />
• Onset ≤ 3 days<br />
• Risk ikf factors<br />
– Preterm birth / low birth weight<br />
– Chorioamnionitis (maternal fever / leukocytosis)<br />
– Premature rupture of membranes (> 18 hours)<br />
– Maternal colonization with GBS<br />
8/29/2012<br />
1
Early‐Onset Sepsis<br />
• Sign and symptoms are nonspecific<br />
• Laboratory data<br />
– Neutrophil indices are useful, but vary<br />
– Peripheral i h lbl blood d culture l preferred f d<br />
– Lumbar puncture may be unnecessary<br />
– Urine culture is unnecessary<br />
– Tracheal aspirate culture with ET tube placement<br />
may be helpful<br />
– Others<br />
Question 2<br />
• What is the recommended gentamicin<br />
regimen for EW?<br />
A. 5 mg/kg q 36 hours<br />
BB. 5 mg/kg q 24 hours<br />
C. 4 mg/kg q 24 hours<br />
D. 2.5 mg/k q 12 hours<br />
Antibiotic Duration<br />
Laboratory data normal<br />
Duration<br />
48 hours<br />
Bacteremia without focus 10 days<br />
Meningitis from GBS ≥ 14 days<br />
Meningitis from Gram‐negative<br />
organisms<br />
≥ 21 days<br />
Early‐Onset Sepsis Treatment<br />
• Ampicillin + Aminoglycoside is preferred<br />
– Cefotaxime is alternative to AMG<br />
– Avoid Ceftriaxone<br />
Pediatrics 2006;117:67‐74<br />
Aminoglycoside Regimen<br />
• Extended interval versus traditional dosing<br />
– Based on gestational age, postnatal age and/or<br />
birth weight<br />
• Obtain peak and trough concentrations if<br />
treating longer than 48 hours<br />
– Peak 8 –12 mcg/ml<br />
– Trough < 1 mcg/ml<br />
Question 3<br />
• EW has negative blood and CSF cultures x 48<br />
hours. What is the most appropriate plan for<br />
EW’s antibiotics?<br />
AA. Discontinue Ampicillin and Gentamicin<br />
B. Continue Ampicillin and discontinue Gentamicin<br />
C. Continue Ampicillin and Gentamicin x 10 days<br />
D. Continue Ampicillin and Gentamicin x 14 days<br />
8/29/2012<br />
2
When Is An Antiviral Necessary?<br />
• Herpes simplex virus type 2<br />
• Risk factors<br />
– Maternal infection, especially during 3 rd trimester<br />
• Categorized as skin, eye, mouth (SEM) disease,<br />
CNS disease, or disseminated disease<br />
• Acyclovir 20 mg/kg IV q 8 hours, duration<br />
depends on diagnosis<br />
Question 4<br />
• BR is a 18 month old female with fever and<br />
decreased PO intake. What is the most<br />
common pathogen causing fever in BR?<br />
AA. Coagulase Coagulase‐negative negative staphylococci<br />
B. Lactobacillus spp<br />
C. Enterobacter cloacae<br />
D. Escherichia coli<br />
Urinary Tract Infection<br />
• Sign and symptoms are<br />
nonspecific<br />
• Laboratory data<br />
– Urinalysis<br />
– Urine culture with > 50,000<br />
CFUs / mL by urethral<br />
catheterization or<br />
suprapubic aspiration<br />
– Renal and bladder<br />
ultrasonography within 2<br />
days<br />
– Voiding<br />
cystourethrography is<br />
unnecessary initially<br />
Pediatrics 2011;128:595–610<br />
Urinary Tract Infection<br />
• Prevalence of 5%, lower in boys<br />
• Risk Factors<br />
Female Male*<br />
White race<br />
Nonblack race<br />
24 hours<br />
Absence of other sources<br />
*Uncircumcised increases rate 4‐20 x<br />
Urinary Tract Infection Management<br />
• PO = IV therapy<br />
• IV therapy x 24‐48<br />
hours if<br />
– Not tolerating oral intake<br />
– ‘Toxic’ appearance<br />
– Adherence issues<br />
• Adjust based on culture<br />
and sensitivity data<br />
• Duration 7‐14 days<br />
Parenteral Treatment<br />
Ceftriaxone 75 mg/kg q24h<br />
Cefotaxime 50 mg/kg q8h<br />
Gentamicin 2.5 mg/kg q8h<br />
SMX/TMP<br />
Oral Treatment<br />
3‐6mg/kg BID<br />
Cephalexin 25 mg/kg QID<br />
Cefixime 8 mg/kg daily<br />
8/29/2012<br />
3
• BR is on day 2 of<br />
cefotaxime with the<br />
following urine culture<br />
and sensitivity results.<br />
What is the preferred<br />
therapy for discharge?<br />
A. Amox/clav<br />
B. Cefixime<br />
C. SMX/TMP<br />
D. Nitrofurantoin<br />
Question 5<br />
Question 6<br />
• MY is a 6 year‐old male with fever and<br />
decreased PO intake. What is the most<br />
common pathogen causing fever in MY?<br />
AA. Streptococcus pneumoniae<br />
B. Haemophilus influenzae<br />
C. Mycoplasma pneumoniae<br />
D. Influenza virus<br />
Community Acquired Pneumonia<br />
• Respiratory distress<br />
• Pulse oximetry measurement < 90% on room air<br />
• Laboratory data<br />
– Posteroanterior and lateral CXR<br />
– CBC if severe<br />
– Acute‐phase reactants may be useful<br />
– Rapid viral testing during seasons<br />
– M. pneumoniae testing if suspicious<br />
– Blood culture if moderate to severe or complicated<br />
– Respiratory culture in sputum producers<br />
– Tracheal aspirate culture with ET tube placement<br />
– Urinary antigen testing is not recommended<br />
Clinical Infectious Diseases 2011;53: e25‐76<br />
Community Acquired Pneumonia<br />
• Simple versus complicated<br />
• Predisposing conditions<br />
– Bronchopulmonary<br />
Dysplasia<br />
– Gastroesophageal Reflux<br />
– Aspiration<br />
– Asthma<br />
– Sickle Cell<br />
– Cystic Fibrosis<br />
– Immunodeficiency<br />
– Neuromuscular Disease<br />
Community Acquired Pneumonia<br />
Treatment<br />
Setting Recommended Treatment<br />
Outpatient Amoxicillin 90 mg/kg/day div BID x 10 days<br />
± Azithromycin 10 mg/kg on day 1, then 5 mg/kg daily on<br />
days 2–5<br />
± Oseltamivir<br />
Inpatient‐ i Ampicillin i illi 200 mg/kg/day /k /d di div q6h h<br />
immunized ± Azithromycin 10 mg/kg on days 1 and 2<br />
± Vancomycin or clindamycin for CA‐MRSA<br />
± Oseltamivir<br />
Inpatient‐ not Ceftriaxone 50‐100 mg/kg/day q 12‐24h or cefotaxime <strong>15</strong>0<br />
fully mg/kg/day div q8h<br />
immunized ± Azithromycin 10 mg/kg on days 1 and 2<br />
± Vancomycin or clindamycin for CA‐MRSA<br />
± Oseltamivir<br />
8/29/2012<br />
4
Question 7<br />
• MY’s CXR reveals a lobar pneumonia. What is<br />
the recommended therapy for MY?<br />
A. Ampicillin<br />
BB. Ampicillin + Azithromycin<br />
C. Ceftriaxone + Azithromycin<br />
D. Vancomycin<br />
Guideline Updates for Common<br />
Infections in Neonates and Children<br />
Lisa Lubsch, PharmD, AE‐C<br />
Southern Illinois University Edwardsville<br />
School of Pharmacy<br />
Summary<br />
Infection Etiology Treatment<br />
Early onset sepsis Group B<br />
streptococci<br />
ampicillin and<br />
gentamicin<br />
Urinary tract Escherichia coli 3 rd generation<br />
infection cephalosporin<br />
Community<br />
acquired<br />
pneumonia<br />
Streptococcus<br />
pneumoniae<br />
ampicillin IV or<br />
amoxicillin PO<br />
8/29/2012<br />
5
Immunizations: The Superheroes<br />
to Protect Against g Disease<br />
Vallery Huston, PharmD<br />
Objectives<br />
• Pharmacists<br />
– Discuss why it is important for pharmacists to provide immunizations<br />
– Review the legal requirements for pharmacists to provide immunizations in<br />
the state of Illinois<br />
– Discuss how to interpret the 2012 Immunization Schedules for children,<br />
adolescents, and adults<br />
– Describe how to incorporate discussions regarding immunizations as a part of<br />
the routine patient interaction<br />
• Technicians<br />
– Discuss why it is important to provide immunizations for patients.<br />
– Explain the legal requirements for providing immunizations in the state of<br />
Illinois.<br />
– Describe the 2012 Immunization Schedules for children, adolescents, and<br />
adults.<br />
– Describe how to collect immunization information as a part of the patient<br />
interaction.<br />
Influenza and Pneumococcal Disease<br />
Impact<br />
• Estimated 200,000 hospitalizations per year in<br />
the United States<br />
• 8 th leading cause of death in the United States<br />
in 2009<br />
• 53,582 deaths in 2009<br />
1. Kenneth D. Kochanek, M.A.; Jiaquan Xu, M.D.; et al Centers for Disease Control Division of Vital<br />
Statistics. Deaths: Preliminary Data for 2009<br />
Conflict of Interest<br />
• I have no actual or potential conflict of<br />
interest in relation to this activity.<br />
Importance of Vaccines<br />
Vaccination Rates for 2011<br />
Influenza Vaccination Rates for 2011<br />
Age 65 and over 64.3%<br />
Age 50‐65 43.8%<br />
Age 88‐49 49 27 27.5% 5%<br />
• The percentage of adults aged 65 and over who had<br />
ever received a pneumococcal vaccination increased<br />
from 42.4% in 1997 to 62.3% in 2011.<br />
2. Centers for Diseas Control. CDC/NCHS, National Health Interview Survey, 1997–2011.<br />
Available at: http://www.cdc.gov/nchs/nhis.htm/.<br />
8/29/2012<br />
1
Health care provider vaccination rates<br />
• Only 52.9% of Health Care Providers received<br />
influenza vaccine in 2009<br />
• Consider making influenza vaccination<br />
mandatory for health system<br />
3. National Health Interview Survey 2009.<br />
Legal Requirements<br />
• Technicians May Not administer vaccinations<br />
– May manage inventory<br />
– Help process paperwork<br />
• St Student d t Ph Pharmacists i t<br />
– May administer vaccinations under the<br />
supervision of a pharmacist<br />
– Must have all legal requirements for vaccination<br />
completed<br />
Current ACIP Recommendations<br />
4. Centers for Disease Control. ACIP Recommendations. Available at. http://www.cdc.gov/vaccines/recs/ACIP/<br />
Legal requirements<br />
• To administer Vaccines in Illinois a pharmacist<br />
must:<br />
– Have an active Illinois Pharmacist License<br />
– Complete a vaccine delivery education program<br />
– Have active CPR training<br />
– Complete OSHA training yearly<br />
– May administer per protocol or per order<br />
What are the current recommendations for<br />
a one time dose of Tdap vaccine?<br />
1. All patients 7‐10<br />
years of age<br />
2. All patients 10‐64<br />
years of age<br />
3. All patients >65<br />
years of age<br />
4. All patients >11<br />
years of age<br />
Current ACIP Recommendations<br />
4. Centers for Disease Control. ACIP Recommendations. Available at. http://www.cdc.gov/vaccines/recs/ACIP/<br />
8/29/2012<br />
2
Current ACIP Recommendations<br />
Influenza Vaccine<br />
• 2012‐20<strong>13</strong> Strains<br />
– A/California/7/2009 (H1N1)(Change from 2011‐<br />
2012)<br />
– A/Victoria/361/2011 (H3N2)(same as 2011‐2012) 2011 2012)<br />
– B/Wisconsin/1/2010 (same as 2011‐2012)<br />
• No vaccine shortage<br />
5. Centers for Disease Control. Influenza. Available at: http://www.cdc.gov/flu/about/season/flu-season-2012-20<strong>13</strong><br />
Pneumococcal Vaccine<br />
• Pneumococcal 23‐valent polysaccharide vaccine: Pneumovax®<br />
– Indicated in patients >50 years of age or older<br />
– Indicated for patients >2 years who are at increased risk for<br />
pneumococcal disease.<br />
• Chronic disease<br />
• New indication for smoking and asthma<br />
• Pneumococcal <strong>13</strong>‐valent conjugate vaccine: Prevnar®<br />
– New indicated for adults >50 years of age<br />
– Indicated for children aged 6mo –5years<br />
• Previous PCV vaccine 7‐valent<br />
• Covers 4 more serotypes of pneumococcal disease than previous PCV<br />
8. Pneumovax Vaccine. [Prescribing Information] Whitehouse Station, NJ. Merck and Co, Inc; 2011.<br />
9. Prevnar Vaccine. [Prescribing Information] Philadelphia, PA. Pfizer Inc. 2011.<br />
New Vaccine information<br />
• Influenza<br />
• Pneumococcal<br />
• Pertussis ‐ Tdap<br />
• Shingles<br />
• Human Papillomavirus (HPV) vaccine<br />
New Influenza Delivery<br />
• High dose flu vaccine<br />
– Frail elderly<br />
– > 65 years of age<br />
– Same strains as TIV<br />
– Higher antibody levels<br />
• Intradermal Flu Vaccine<br />
– Adults 18‐64 years of age<br />
– Preservative Free<br />
– 0.1 ml<br />
6. Centers for Disease Control: Influenza. Available at: http://www.cdc.gov/influenza.<br />
7. Fluzone Intradermal vaccine [Prescribing Information]. Swiftwater, PA: Sanofi Pasteur Inc.; 2011.<br />
Pneumovax® vs. Prevnar®<br />
• Clinical Debate<br />
• Pneumovax®<br />
– Covers 23 serotypes<br />
d i ifi b ff<br />
– Does not produce a significant booster effect<br />
• Prevnar®<br />
– Covers <strong>13</strong> serotypes<br />
– Elicits a greater immune response<br />
– Produces a booster effect<br />
8/29/2012<br />
3
The number of pertussis cases in the<br />
United States in 2010 was….<br />
1. More than the<br />
number of cases in<br />
2000<br />
2. Less than the<br />
number of cases in<br />
2000<br />
3. Is about the same<br />
as it was in 2000<br />
4. Zero<br />
CDC Pertussis Data<br />
12. Centers for Disease Control and Prevention. Pertussis. Available at: http://www.cdc.gov/pertussis/images/pertussisgraph-2012-lg.jpg<br />
Tdap vaccination rates<br />
• Great opportunity for pharmacists to impact disease<br />
transmission<br />
• Percent of patients who have received Tdap in past 2 years<br />
– Total Tdap 2.1%<br />
• Whites 1.7%<br />
• Blacks 3.9%<br />
• Hispanics 1.8%<br />
• What are your hospitals Tdap vaccination rates?<br />
<strong>13</strong>. Centers for Disease Control and Prevention. Vaccine stats. Available at:<br />
http://www.cdc.gov/vaccines/stats-surv/nis/downloads/nis-adult-summer-2007.pdf<br />
Tdap – Pertussis Vaccine<br />
• Pertussis outbreaks across the country<br />
– 7,867 cases in 2000<br />
– 27,550 cases in 2010<br />
– Significant increase in pertussis<br />
• Possible causes<br />
– Decreased vaccination rates<br />
– Decrease in heard immunity<br />
– Adults as carriers<br />
10. Centers for Disease Control. MMWR. Available at: http://www.cdc.gov/mmwr/preview/mmwrhtml/mm5104a1.htm<br />
11. Centers for Disease Control. Pertussis. Available at: http://www.cdc.gov/pertussis/outbreaks.html<br />
Tdap‐Tetanus, diphtheria, pertussis<br />
• Secondary to significant pertussis outbreaks<br />
ACIP now recommends<br />
– Patients received one booster dose of pertussis<br />
containing vaccine<br />
– Booster dose for adults and adolescents over the<br />
age of 65<br />
– Recommended for all patients regardless of last<br />
tetanus booster<br />
Herpes Zoster/Shingles Vaccine<br />
• Available in 2006<br />
• Live vaccine<br />
• Vaccine decreases post herpetic neuralgia by<br />
6 67% %<br />
14. Zostavax Vaccine. [Prescribing Information] Whitehouse Station, NJ. Merck and Co, Inc.;<br />
2011.<br />
8/29/2012<br />
4
Herpes Zoster Vaccine<br />
Recommendations<br />
• FDA recently approved the vaccine for adults<br />
age 50‐59<br />
• ACIP has not changed recommendation for<br />
adults. Still recommend for adults over the<br />
age of 60.<br />
• Pharmacists who administer under protocol<br />
should not administer shingles vaccine to<br />
patient between 50 and 59 with out order<br />
from physician<br />
Zoster Vaccine and Pneumovax®<br />
• ACIP has not changed recommendations<br />
• Should not be administered simultaneously.<br />
– Simultaneous administration decreases varicella<br />
zoster antibody level post vaccine administration<br />
– Manufacturer recommends not administering the<br />
vaccine simultaneously and should be separated<br />
by 4 weeks.<br />
Why did the recommendation change?<br />
• Boys and Men can be HPV carriers and<br />
transmit virus without having active infection<br />
• Men can acquire anal warts and can be at an<br />
increased risk of anal cancer secondary to HPV<br />
infection.<br />
Hepres Zoster and Pneumovax®<br />
Should be administered how.<br />
1. Simultaneously, they<br />
have synergistic effects<br />
2. Separated, the<br />
pneumococcal<br />
antibody is lowered<br />
3. Separated, the zoster<br />
antibody is lowered<br />
4. Simultaneously, they<br />
do not effect antibody<br />
levels<br />
Human Papillomavirus (HPV) Vaccine<br />
• Previous Recommendations<br />
– All girls aged 11 –26<br />
• NNew Recommendations<br />
R d ti<br />
– All girls aged 11 –26<br />
– Boys aged 11 –26<br />
What can Pharmacists do?<br />
• Act as an advocate<br />
• Maintain inventory<br />
• Stay up to date<br />
• Get involved<br />
8/29/2012<br />
5
Pharmacists as Vaccine Advocate<br />
• Educate<br />
– Educate health care providers of importance of<br />
preventing transmission<br />
– Add vaccinations to medication reconciliation<br />
process for pharmacists and technitians<br />
• Vaccinate<br />
– Get certified to administer vaccinations<br />
– Work with physician to develop protocol<br />
– Increase vaccination rates at health system<br />
What is the “Pink Book”<br />
1. CDC textbook on<br />
epidemiology of<br />
vaccine preventable<br />
diseases<br />
2. ACIP book published<br />
yearly with vaccine<br />
recommendations<br />
3. Autobiography written<br />
by the pink panther<br />
Get Involved<br />
• Hospital Committee<br />
• Champion pharmacists as vaccine advocates<br />
and administrators.<br />
Maintain Vaccine Inventory<br />
• Pharmacy Staff<br />
– Know what vaccines should be administered to<br />
patients when they are hospitalized<br />
– Verify adequate levels of vaccine are in stock<br />
– Always handle and store vaccine appropriately<br />
• All staff should be aware of how to handle and store<br />
vaccine inventory<br />
• Staff should also be aware of how to handle vaccine<br />
that has been outside of recommended storage<br />
conditions<br />
Stay up to Date<br />
• Vaccine Recommendations change yearly<br />
• Vaccine resources<br />
– CDC.gov<br />
– Immunize.org<br />
– Pink Book: Epidemiology and Prevention of Vaccine‐ Vaccine<br />
Preventable Diseases (available online)<br />
– MMWR (Morbidity and Mortality Weekly Report)<br />
• Listserves<br />
– Immunization Action coaition (IAC):<br />
express@immunize.org<br />
– MMWR: www.cdc.gov/mmwr<br />
• Smartphone app: Shots 2012<br />
Questions?<br />
8/29/2012<br />
6
Assessment Questions<br />
1. What are the legal requirements a pharmacist<br />
must have/complete to administer<br />
vaccinations?<br />
A. Have an active Illinois Pharmacist License<br />
B. Complete a vaccine delivery education<br />
program<br />
C. Have active CPR training<br />
D. Complete OSHA training yearly<br />
E. All of the above<br />
•<br />
3. What are the current recommendations for<br />
Tdap vaccination regardless of their last<br />
Tetanus booster?<br />
A. Patients > 11years of age without<br />
contraindication<br />
B. Patients aged 10‐64 years of age<br />
C. Patients 7‐ 10 years of age<br />
D. Patients > 65 years of age<br />
5. Which of the following is true regarding<br />
simultaneous administration of pneumovax and<br />
shingles vaccine?<br />
A. They should be administered simultaneously, they<br />
have synergistic effects<br />
B. Administration of the two vaccines should be<br />
separated, the pneumococcal antibody is lowered<br />
C. Administration of the two vaccines should be<br />
separated, the zoster antibody is lowered<br />
D. They can be administered simultaneously.<br />
Simultaneous administration does not effect<br />
antibody levels<br />
2. Who may legally administer vaccinations in<br />
the state of Illinois with proper training and<br />
documentation?<br />
A. Pharmacists Only<br />
B. Pharmacists and Technicians<br />
C. Pharmacists and Pharmacy Students<br />
D. Pharmacists, Pharmacy Students and<br />
Pharmacy Technicians<br />
4. Who should receive high dose flu vaccine?<br />
A. Frail Elderly >65 years of age<br />
B. Patient < 65 years of age with diabetes<br />
C. Patients with chronic lung disease<br />
D. Adolescents age 5 – 11 years of age<br />
8/29/2012<br />
7
30 Years of HIV:<br />
An Update on Treatment Guidelines and Beyond<br />
Blake Max, PharmD, AAHIVE<br />
Clinical Associate Professor<br />
University of Illinois at Chicago College of Pharmacy<br />
HIV Clinical Pharmacist<br />
Ruth M. Rothstein CORE Center, Cook County Health and Hospitals System<br />
Pharmacist Objectives<br />
‐Describe recent revisions to the Department of Health and<br />
Human Services (DHHS) Guidelines for treatment of HIV‐1<br />
infected adults.<br />
‐Review first line antiretroviral regimens recommended by<br />
DHHS Treatment Guidelines.<br />
‐Compare and contrast recently approved antiretrovirals<br />
and those in development to first line antiretroviral agents.<br />
‐Recognize clinically significant drug interactions specific to<br />
antiretroviral therapy.<br />
Epidemiology<br />
Conflict of Interest Declaration<br />
• Speaker and Spouse are Stockholders: Pfizer, GSK, Merck<br />
• Spouse is an employee of GSK<br />
Any conflicts were resolved through peer review.<br />
Pharmacy Technician Objectives<br />
‐Identify DHHS Guidelines recommended antiretrovirals by<br />
brand and generic name.<br />
‐Recognize recommended initial combination regimens for<br />
HIV treatment treatment‐naïve naïve adults. adults<br />
‐Identify laboratory markers used to initiate and monitor<br />
antiretroviral therapy.<br />
‐Recognize side effects of antiretrovirals recommended for<br />
HIV treatment‐naïve adults.<br />
In the beginning…<br />
• 1981<br />
‐ Ronald Reagan is president<br />
‐ Avg pharmacists salary salary ≈ $35,000/yr<br />
‐ June 5 th ‐ MMWR describes the unusual occurrence<br />
of Pneumocystis carinii pneumonia (PCP) in 5<br />
otherwise th i healthy, h lth C Caucasian i MSM. MSM<br />
• 1982<br />
‐ CDC coins the term “AIDS”<br />
‐ 1600 cases/700 deaths<br />
• 1985<br />
‐ HIV confirmed as cause of AIDS<br />
8/30/2012<br />
1
HIV Linkage and Retention in Care<br />
Treatment Guidelines<br />
HIV and the Older Patient<br />
•Defined > 50 yo<br />
‐ Two groups: newly dx and those living with HIV/AIDS on ART<br />
‐ 30% of people living with HIV/AIDS > 50<br />
‐ Trend will increasingly include care for 60‐80 yo<br />
•Areas of concern between aging and HIV<br />
‐ Age related co‐morbidities complicates HIV tx<br />
‐ HIV may effect biology of aging<br />
‐ HIV screening remains low in this population<br />
2008 CDC survey only 35% adults (45‐64 years) had ever been<br />
tested for HIV despite 2006 CDC recommendation<br />
24 FDA Approved Antiretroviral Medications<br />
NRTI<br />
PI<br />
• Abacavir (Ziagen) • Atazanavir (Reyataz)<br />
• Didanosine (Videx) • Darunavir (Prezista)<br />
• Emtricitabine (Emtriva) • Fosamprenavir (Lexiva)<br />
• Lamivudine (Epivir) • Indinavir (Crixivan)<br />
• Stavudine (Zerit) • Lopinavir/r (Kaletra)<br />
• Tenofovir (Viread)<br />
• Nelfinavir (Viracept)<br />
• Zidovudine (Retrovir) • Ritonavir (Norvir)<br />
NNRTI<br />
• Saquinavir (Invirase)<br />
• Delavirdine (Rescriptor) • Tipranavir (Aptivus)<br />
• Efavirenz (Sustiva) •Fixed Fixed Dose Combination<br />
• Etravirine (Intelence) • Atripla (TDF/FTC/EFV)<br />
• Nevirapine (Viramune)<br />
• Truvada (TDF/FTC)<br />
• Rilpivirine (Edurant) • Epzicom (ABC/3TC)<br />
• Combivir (AZT/3TC)<br />
Integrase Inhibitor<br />
• Raltegravir (Isentress)<br />
Fusion Inhibitor<br />
• Enfuvirtide (Fuzeon)<br />
CCR5 Antagonist<br />
• Maraviroc ( (Selzentry) l )<br />
•Complera Complera (TDF/FTC/RPV)<br />
• Trizivir (ABC/AZT/3TC)<br />
• Kaletra (LPV/RTV)<br />
What’s New in the Guidelines?<br />
‐DHHS Treatment Guidelines are updated every 6‐12<br />
months (March 2012, 240 page document)<br />
‐ HIV and the Older Patient<br />
‐ Treatment as HIV Prevention<br />
‐ Antiretroviral Drug Cost<br />
‐ Initiating ART in Tx‐naïve Patients<br />
‐ Drug Interactions<br />
HIV and the Older Patient<br />
Antiretroviral Therapy<br />
•Initiating ART regardless of CD4 count<br />
‐ Older patients have poorer immunological and clinical response<br />
to ART than younger patients.<br />
M ld HIV i di d l i di<br />
‐ Most older HIV+ patients are diagnosed late in disease<br />
‐ Choice of ART regimen(s) is not age specific, however can be<br />
affected by other co‐morbidities and medications.<br />
‐ Lack of information on long‐term safety, efficacy, changes in<br />
pharmacokinetics, and potential drug interactions.<br />
‐ Design of specific clinical trials to optimize ART in these patients<br />
8/30/2012<br />
2
Treatment for HIV Prevention<br />
•ART as Prevention<br />
‐ Rate of new infections in US has remained stable for past 4 years<br />
(~50,000/year)<br />
‐ HIV transmission is decreased with lower viral load<br />
‐ community viral load<br />
‐ HPTN 052 Trial: Marked decrease in transmission in<br />
discordant couples<br />
‐ PrEP (pre‐exposure prophylaxis)<br />
‐ Truvada recently FDA approved (July 2012)<br />
Trade‐Offs With Generics<br />
Advantages Disadvantages<br />
• Clear cost benefit • May involve change of regimen for<br />
patients who are on coformulated or<br />
single‐tablet regimens<br />
• Switch to the same drugs administered<br />
separately with generic substitutions<br />
• Possible problems with adherence<br />
Initial Regimen:<br />
Recommended/Preferred Agents<br />
EFV ATV/RTV<br />
TDF/FTC +<br />
DRV/RTV RAL<br />
ART Cost<br />
Antiretroviral Agent AWP Cost / month<br />
Atripla $2,081<br />
Complera $2,195<br />
Truvada $1,391<br />
Epzicom $1,119 $ ,<br />
Atazanavir (Reyataz) $1,176<br />
Darunavir (Prezista) $1,230<br />
Raltegravir (Isentress) $1,171<br />
Ritonavir (Norvir) $308 (30 tabs)<br />
$617 (60 tabs)<br />
DHHS Recommended Initial Regimens<br />
Preferred Agents for First‐line Therapy<br />
NRTIs • Tenofovir/emtricitabine<br />
Plus a third agent<br />
NNRTI • Efavirenz<br />
Boosted PI • Atazanavir/ritonavir<br />
• Darunavir/ritonavir<br />
INSTI • Raltegravir<br />
Surrogate Markers<br />
•Efficacy of all antiretroviral clinical trials is based on:<br />
‐Clinical endpoints<br />
‐CD4+ T‐lymphocyte<br />
‐HIV viral load (copies/ml)<br />
8/30/2012<br />
3
DHHS Guidelines, March 2012: When to Start<br />
• Antiretroviral therapy recommended for all HIV‐infected pts; strength of<br />
recommendation varies according to CD4+ cell count or condition<br />
CD4+ Cell Count or Clinical Condition<br />
• CD4 + count < 350 cells/mm³ (AI)<br />
• CD4 + count 350‐500 cells/mm³ (AII)<br />
• CD4 + count > 500 cells/mm³ (BIII)<br />
________________________________________________________________<br />
• History of AIDS‐defining illness (AI)<br />
• Pregnancy (AI)<br />
• HIV‐associated nephropathy (AII)<br />
• HBV coinfection (AII)<br />
• Patients at risk of transmitting HIV to sexual partners (AI, heterosexuals; AIII,<br />
others)<br />
• HCV coinfection (BII)<br />
• Patients > 50 years of age (BIII)<br />
NRTI “Backbone”<br />
Nucleoside Reverse Transcriptase Inhibitors<br />
Truvada > Epzicom p > Combivir<br />
Tenofovir Adverse Effects<br />
• Nephrotoxicity<br />
‐ Vitamin D deficiency, metabolic bone disease<br />
‐ Fanconi Syndrome<br />
Elevated SCr<br />
Proteinuria<br />
Glucosuria<br />
Hypophosphatemia<br />
ls/mm3 CD4+ Cell Count (cell )<br />
Full Immune Recovery Is Associated With<br />
Higher Baseline CD4+ Count<br />
900<br />
800<br />
700<br />
600<br />
500<br />
400<br />
300<br />
200<br />
100<br />
0<br />
Moore R, et al. IAC 2006. Abstract THPE0109.<br />
Baseline CD4+ cell count<br />
< 200 cells/mm 3<br />
201-350 cells/mm 3<br />
> 350 cells/mm 3<br />
0 1 2 3 4 5 6<br />
Year of Follow-up<br />
GS934: Week‐48 Virologic Response<br />
• N = 517 antiretroviral‐naive<br />
patients randomized to:<br />
– TDF + FTC + EFV<br />
– ZDV/3TC + EFV<br />
• Superior efficacy with TDF +<br />
FTC<br />
• More discontinuations for<br />
h HIV-1 RNA<br />
< 400 Copies/mLL<br />
[TLOVR] (%)<br />
AEs with ZDV/3TC Patients With<br />
100<br />
80<br />
60<br />
P = .034<br />
77%<br />
68%<br />
40<br />
20<br />
0<br />
FTC + TDF + EFV<br />
ZDV/3TC + EFV<br />
(ITT n = 509)<br />
BL 8 16 24 32 40 48<br />
Weeks<br />
NNRTI<br />
Nonnucleoside Reverse Transcriptase Inhibitors<br />
Efavirenz > Rilpivirine > Nevirapine<br />
8/30/2012<br />
4
HIV‐1 RNA < 500<br />
c/mL, %<br />
Proportion With HIV-1 H RNA<br />
< 400 copies/mmL<br />
(%)<br />
100<br />
80<br />
60<br />
40<br />
20<br />
266‐006: Sustained Virologic<br />
Response With EFV<br />
100<br />
80<br />
60<br />
40<br />
IDV + ZDV + 3TC (n = 4<strong>15</strong>)<br />
EFV + ZDV + 3TC (n = 422)<br />
EFV + IDV (n = 429)<br />
20<br />
P < .0001 EFV vs IDV triple-drug arm at Week 168.<br />
0<br />
B/L 12 24 36 48 60 72 84<br />
Weeks<br />
96 108 120 <strong>13</strong>2 144 <strong>15</strong>6 168<br />
Rilpivirine vs Efavirenz 96 weeks<br />
84%<br />
82%<br />
78%<br />
78%<br />
RPV 25 mg QD (n = 686)<br />
EFV 600 mg QD (n = 682)<br />
0<br />
024 8 12 16 24 32 40 48<br />
Wks<br />
60 72 84 96<br />
Trade‐Offs: Efavirenz‐Based Regimens<br />
Advantages Disadvantages<br />
• Long history of use; much clinical trial data<br />
• Current gold standard for first‐line therapy<br />
• As effective or more effective than other<br />
regimens in head‐to‐head comparisons<br />
• 1 pill QD coformulation of EFV/TDF/FTC<br />
Patients Without<br />
Virologic Failure (%)<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
ACTG 5202: 96-Wk Results<br />
83.4 85.3<br />
• Low genetic barrier to resistance—single<br />
mutation<br />
• CNS adverse effects<br />
• Teratogenicity<br />
• Potential drug interactions (CYP450)<br />
89.0 89.8<br />
ABC/3TC TDF/FTC<br />
ATV/RTV<br />
EFV<br />
Patients (% %)<br />
Efavirenz Adverse Effects<br />
• CNS<br />
dizziness sleep disturbances agitation<br />
vivid dreams impaired concentration<br />
• Hyperlipidemia (modest)<br />
• Rash<br />
• Drug induced hepatitis (rarely)<br />
• Pregnancy category D<br />
• False + urine toxicology screen for THC<br />
• Drug interactions‐ CYP3A4 enzyme induction, effect on other<br />
CYP enzymes not clear<br />
<strong>15</strong><br />
12<br />
6<br />
3<br />
0<br />
Causes of Failure at Wk 96<br />
14<br />
9 7.6<br />
346<br />
686 682<br />
Virologic<br />
Failure<br />
RPV (n = 686)<br />
EFV (n = 682)<br />
4.1<br />
686<br />
85 8.5<br />
682<br />
Adverse<br />
Events<br />
• More virologic<br />
failures with RPV vs<br />
EFV<br />
– Difference due to more<br />
VF between if BL VL ><br />
100,000;<br />
• D/C due to AE more<br />
common with EFV vs RPV<br />
Trade‐Offs: Rilpivirine‐Based Regimens<br />
Advantages Disadvantages<br />
• Less CNS side effects, well tolerated ‐ Cross resistance to<br />
• Pregnancy Category B other NNRTIs<br />
• More favorable lipid profile ‐ Not recommended<br />
• Smallest tablet VL>100 000<br />
• Smallest tablet VL>100,000<br />
‐ Expensive<br />
‐ Must be taken with<br />
food<br />
‐ DI with H2 blockers<br />
and PPI<br />
‐ Coformulation not<br />
covered on Medicaid<br />
8/30/2012<br />
5
Protease Inhibitors<br />
• Require “boosting” with ritonavir<br />
Darunavir/r = Atazanavir/r > lopinavir/r<br />
All other PIs<br />
ARTEMIS: DRV/RTV vs LPV/RTV in Treatment‐<br />
Naive Patients<br />
• Randomized, open‐label phase III study<br />
• Primary endpoint: HIV‐1 RNA < 50 copies/mL at Week 48<br />
Antiretroviral-naive patients<br />
(N = 689)<br />
Week 48 primary endpoint [1] Week 96 [<br />
DRV/RTV 800/100 mg QD<br />
+ TDF/FTC<br />
(n = 343)<br />
LPV/RTV 400/100 mg BID or 800/200 mg QD*<br />
+ TDF/FTC<br />
(n = 346)<br />
*Dosing based on regulatory approval; 77% of patients received BID dosing.<br />
ARTEMIS: Wk 96 Lipid Substudy<br />
• Statistically greater % increases in<br />
TC, TG in LPV/RTV arm than<br />
DRV/RTV arm (P < .001)<br />
Median Increase at Wk W 96 (mg/dL)<br />
60<br />
50<br />
40<br />
30 26<br />
20<br />
10<br />
0<br />
35<br />
17 <strong>15</strong><br />
DRV/RTV<br />
LPV/RTV<br />
TC LDL-C HDL-C TG<br />
5<br />
8<br />
18<br />
56<br />
Plasma Conceentration<br />
Boosting PI Levels With ritonavir<br />
Moyle G, et al. Drugs. 1996;51:701-712.<br />
Time<br />
boosted PI<br />
ARTEMIS: Week 48 and 96 Response<br />
PI toxicity<br />
threshold<br />
PI level required<br />
to overcome<br />
“resistant” virus<br />
PI PI level required to<br />
overcome WT virus<br />
48 weeks non‐inferior, 96 weeks superior‐ this is the first head‐head PI trial in<br />
Tx naïve pts that showed superiority<br />
HIV-1 RNA < 50 copies/mmL<br />
(% [±SE])<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
0<br />
84%<br />
78%<br />
DRV/RTV (n = 343)<br />
LPV/RTV (n = 346)<br />
8 16 24 36 48<br />
Weeks<br />
60 72 84 96<br />
79%<br />
71%<br />
CASTLE: ATV/RTV vs LPV/RTV in Treatment‐Naive<br />
Patients<br />
• Multicenter, randomized, open‐label phase III study<br />
• Primary endpoint: HIV‐1 RNA < 50 copies/mL at Week 48<br />
Antiretroviral-naive<br />
(N = 883)<br />
ATV/RTV 300/100 mg QD +<br />
TDF/FTC FDC<br />
(n = 440)<br />
LPT/RTV 400/100 mg BID* +<br />
TDF/FTC FDC<br />
(n = 443)<br />
Week 48<br />
8/30/2012<br />
6
CASTLE: Week 48 Response to ATV/RTV vs<br />
LPV/RTV in Naive Patients<br />
ITT-CVR, NC = F<br />
100 ATV/RTV (n = 440)<br />
LPV/RTV (n = 443)<br />
80<br />
HIV-1 RNA R<br />
< 50 copies s/mL (%)<br />
60<br />
40<br />
20<br />
Primary endpoint<br />
78%<br />
76%<br />
Estimated difference: 1.7%<br />
(95% CI: -3.8% to 7.1%; P = NS)<br />
0<br />
0 4 12 24<br />
Weeks<br />
36 48<br />
• At 96 weeks, significantly more patients in the ATV/RTV arm achieved HIV‐1 RNA < 50<br />
copies/mL vs patients receiving LPV/RTV: 74% vs 68% ( p < .05])<br />
Protease Inhibitors Adverse Effects<br />
• Gastrointestinal intolerance<br />
• Rash (fosamprenavir = daruanvir > atazanavir)<br />
• Hyperbilirubinemia (Atazanavir)<br />
• Hepatitis (Rarely)<br />
Hepatitis (Rarely)<br />
• Dyslipidemia/metabolic syndrome<br />
(Kaletra > other PIs)<br />
STARTMRK: RAL vs EFV in Treatment‐Naive<br />
Patients<br />
• Randomized, placebo‐controlled trial<br />
– Primary endpoint: HIV‐1 RNA < 50 copies/mL at Wk 48<br />
HIV-infected, treatment-naive<br />
patients with HIV-1 RNA<br />
> 5000 copies/mL and<br />
no resistance to EFV,<br />
TDF, or FTC<br />
(N = 563)<br />
Wk 48<br />
primary endpoint<br />
RAL 400 mg BID + TDF/FTC<br />
(n = 281)<br />
EFV 600 mg QHS + TDF/FTC<br />
(n = 282)<br />
Wk 96<br />
planned<br />
follow-up<br />
CASTLE: Mean Change in Fasting Lipids at Week 48<br />
Lipid Measurement Mean Change From Baseline to Week<br />
48, %<br />
ATV + RTV<br />
(n = 440)<br />
LPV/RTV<br />
(n = 443)<br />
P Value<br />
TC 12 24 < .0001 0001<br />
LDL cholesterol 12 <strong>15</strong> NR<br />
HDL cholesterol 27 32 NR<br />
Non-HDL cholesterol 7 21 < .0001<br />
TG <strong>13</strong> 51 < .0001<br />
• Less GI toxicity, higher rate of hyperbilirubinemia<br />
INSTIs<br />
HIV Integrase Strand Transfer Inhibitors<br />
• Raltegravir (Isentress, Merck)<br />
‐ FDA approved 2009<br />
‐ BENCHMRK, STARTMRK, SWITCHMRK, REALMRK<br />
• El Elvitegravir it i (Gil (Gilead) d)<br />
‐ Phase III clinical trials “QUAD Pill”<br />
‐ FDA approval 1st quarter 20<strong>13</strong>?<br />
• Dolutegravir (ViiV)<br />
‐ Phase III clinical trials completed<br />
Patie ents With HIV-1<br />
RNA < 50 copies/mL<br />
(%)<br />
STARTMRK: Virologic Efficacy at Wk 96<br />
100<br />
80<br />
60<br />
40<br />
20<br />
86%<br />
82%<br />
81%<br />
79%<br />
Noninferiority<br />
P value < .001<br />
0<br />
0 2 8 16 24 32<br />
Number of Contributing Patients<br />
40 48 60<br />
Study Week<br />
72 84 96<br />
RAL n = 281 281 281 279 278 280 280 281 281 280 281<br />
EFV n = 282 282 281 282 280 281 281 282 282 281 282<br />
• Significantly shorter time to virologic response with RAL vs EFV (P = .001)<br />
• Similar CD4+ cell count increases with RAL vs EFV<br />
• +240 vs +225 cells/mm3 ;<br />
RAL<br />
EFV<br />
8/30/2012<br />
7
Mean Change (mg/ /dL)<br />
STARTMRK: Lipid Changes From Baseline to<br />
Week 96<br />
40<br />
30<br />
20<br />
10<br />
0<br />
-10<br />
10<br />
38<br />
P < .001 for all lipid<br />
parameters<br />
3<br />
10<br />
21<br />
TC HDL-C LDL-C TG<br />
7<br />
Elvitegravir<br />
(Gilead)<br />
-4<br />
40<br />
RAL<br />
EFV<br />
• Requires boosting<br />
• Ritonavir increases systemic exposure ~ 20<br />
fold and half‐life 3 fold allowing for QD dosing<br />
• Potent HIV Integrase Inhibitor<br />
• Led to development of Cobicistat<br />
Coformulated “QUAD Pill”<br />
Tenofovir/emtricitabine/cobicistat/elvitegravir<br />
300mg / 200mg / <strong>15</strong>0mg / <strong>15</strong>0mg<br />
QUAD Regimen Noninferior to ATV/RTV Regimen<br />
at Wk 48<br />
HIV-1 RNA R < 50 c/mL<br />
at Wk 48 (%)<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
90 87<br />
93 90<br />
Overall HIV-1 RNA<br />
≤ 100,000 c/mL<br />
85<br />
82<br />
HIV-1 RNA<br />
> 100,000 c/mL<br />
QUAD (n=353)<br />
ATV/RTV + Truvada<br />
(n = 355)<br />
• Similar CD4+ cell count increases in both study arms at Wk 48<br />
DeJesus E, et al. CROI 2012. Abstract 627.<br />
Raltegravir Adverse Events<br />
• Well tolerated – N/V/HA most common AE from<br />
clinical trials<br />
‐ creatinine kinase<br />
‐ myopathy<br />
‐ ffew cases of f rhabdomyolysis hbd l i with/without ih/ ih ARF<br />
• Safe with no dosage change during pregnancy<br />
Lennox J, et al. ICAAC 2009. Abstract H-924b.<br />
Virologic Success<br />
(%)<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
88<br />
Quad vs. Atripla<br />
Efficacy by Baseline VL & CD4<br />
84<br />
90<br />
Sax P, et al. CROI 2012; Seattle. Oral #101LB<br />
QUAD EFV/FTC/TDF<br />
85<br />
84 82<br />
83 84<br />
Overall ≤100,000 >100,000 ≤350 >350<br />
HIV RNA CD4<br />
Quad was non-inferior to EFV/FTC/TDF at Week 48<br />
Elvitegravir vs Raltegravir<br />
• Equally efficacious<br />
• QD vs BID<br />
• Both well tolerated<br />
‐ Few discontinuations due to adverse effects<br />
• Drug Interactions > ELV<br />
• Cross resistance<br />
• Coformulation<br />
• COST ?<br />
• Will any of this matter once Dolutegravir is available?<br />
91<br />
84<br />
8/30/2012<br />
46<br />
8
Dolutegravir<br />
ViiV<br />
• QD integrase inhibitor without booster<br />
• Lipid neutral<br />
• Well tolerated<br />
• No CYP P450 drug interactions<br />
‐ Metabolized via glucuronidation<br />
• Active against RAL/ELV resistant mutations<br />
• Coformulation with Epzicom in the future?<br />
Drug Interactions<br />
Ritonavir > all other PIs = EFV > Raltegravir<br />
Atazanavir Drug Interactions<br />
• Must use ritonavir boosted ATZ with tenofovir ( ATZ AUC 25%)<br />
• Proton Pump Inhibitors<br />
• Tx‐naïve: PPI should not exceed dose comparable to<br />
omeprazole 20 mg qd (OTC dose) and must be taken 12 hours<br />
prior to boosted ATZ.<br />
• Tx‐experienced: PPI should not be used<br />
• H2 Antagonists<br />
Tx‐naïve: ATZ should be given 2 hours before or 10 hours after<br />
H2 blocker<br />
Tx‐experienced: ATZ can be given simultaneously or 10 hours<br />
after H2 blocker or increase ATZ dose to 400 mg/ritonavir 100<br />
mg if both tenofovir and H2 blocker.<br />
SPRING‐1: Dolutegravir vs Efavirenz in ART‐Naive<br />
Patients—Wk 48 Results<br />
HIV-1 RNA < 50 copies/mL (%)<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
0 2 4<br />
8 12 16 20 24<br />
Wks<br />
Van Lunzen J, et al. IAS 2011. Abstract TUAB0102.<br />
91<br />
90<br />
88<br />
82<br />
DTG 10 mg QD DTG 50 mg QD<br />
DTG 25 mg QD EFV 600 mg QD<br />
Each with ABC/3TC or TDF/FTC<br />
Protease Inhibitor (Norvir) Drug Interactions<br />
• Buprenorphine / Methadone‐ OK<br />
• Phenytoin‐ dual DI, decreased PI and phenytoin levels<br />
• Trazodone‐ 3 fold increase in AUC, use with caution.<br />
• Voriconazole‐ Can use with low dose RTV (100 mg bid),<br />
voriconazole AUC deceased 40%, Cmin 25%<br />
• Warfarin‐ decrease R‐warfarin active metabolite AUC 33%, , monitor<br />
• Ca Channel Blockers‐ increase AUC for all CCB<br />
• Statins‐ Simvastatin and lovastatin contraindicated, increase AUC<br />
for atorvastatin and rosuvastatin.<br />
• Fluticasone‐ contraindicated<br />
• Erectile Dysfuction‐ start low go slow: sildenafil 25 mg, vardenafil<br />
2.5 mg in 72 hours<br />
Antiretroviral Drug Interactions<br />
Hepatitis C Protease Inhibitors<br />
Telaprevir (Incivek) Boceprevir (Victrelis)<br />
• $49,200 for 12 week<br />
treatment<br />
• Acceptable HAART regimens:<br />
– Atazanavir/ritonavir<br />
– Atripla<br />
– Raltegravir<br />
• Dose increase with Atripla or<br />
EFV to 1125 mg (3 tabs) po<br />
q8h<br />
32<br />
40<br />
48<br />
• $1,100/week of treatment<br />
• Acceptable HAART regimens:<br />
‐ Raltegravir<br />
•Do NOT adminster with NNRTIs or<br />
boosted PIs<br />
8/30/2012<br />
9
RAL Drug Interactions<br />
• Does not inhibit, induce, nor is RAL a substrate of CYP 450<br />
enzymes: glucuronidation (UGT1A1)<br />
• Rifamycins<br />
– 40% reduction in RAL AUC; RAL dose increased to 800 mg<br />
BID when administered with rifampin<br />
– No dose adjustment with rifabutin<br />
References<br />
• Guidelines for the use of antiretroviral agents in HIV‐<br />
1‐infected adults and adolescents. Department of<br />
Health and Human Services. 1‐239. Available at:<br />
http://www.aidsinfo.nih.gov<br />
• Thompson, MA et al. IAS‐USA Guidelines. JAMA<br />
2012;308:387‐402.<br />
• http://www.hiv‐druginteractions.org<br />
Efavirenz Drug Interactions<br />
• Hepatic enzyme induction<br />
‐ Methadone<br />
‐ Calcium channel blockers<br />
‐ St Statins ti (t (atorvastatin, tti simvastatin, i t ti pravastatin) tti)<br />
‐ Itraconazole, voriconazole ( 400mg bid, EFV 300 mg qd)<br />
‐ Rifabutin (increase dose to 450 mg qd)<br />
‐ Warfarin (monitor INR closely)<br />
‐ Erectile Dysfunction drugs ( AUC)<br />
8/30/2012<br />
10
Dosing and Administration<br />
Challenges for Patients with<br />
Multiple Myeloma:<br />
6:30am – 7:00am<br />
7:00am – 7:10am<br />
Illinois Council of Health‐System Pharmacists<br />
Saturday, <strong>September</strong> <strong>15</strong>, 2012 ~ 6:30am – 8:30am<br />
Drury Lane Theater, Oakbrook Terrace, IL<br />
Agenda<br />
Breakfast & Registration<br />
Welcome & Introductions<br />
Shawna Kraft, PharmD, BCOP<br />
7:10am – 7:30am Multiple Myeloma 101<br />
Newly-Diagnosed Patient/Multi-drug<br />
Regimen (ASCT eligible)<br />
Kathryn Schultz Schultz, PharmD PharmD, BCPS BCPS, BCOP<br />
7:30am – 7:55am Emerging Therapeutics and Administration<br />
Challenges<br />
Shawna Kraft, PharmD, BCOP<br />
7:55am – 8:20am Administration Challenges, Adverse Effect<br />
Management and Comorbidities:<br />
Personalized Medicine in Multiple Myeloma<br />
Shawna Kraft, PharmD, BCOP<br />
8:20am – 8:30am<br />
Question-and-Answer Session<br />
Registered Pharmacy Designation<br />
Registered Pharmacy Designation<br />
MLI is accredited by the Accreditation<br />
Council for Pharmacy Education (ACPE)<br />
as a provider of continuing pharmacy<br />
education. Completion of this activity<br />
provides 1.5 contact hour (0.<strong>15</strong> CEU) of<br />
continuing education credit.<br />
The universal activity number for this<br />
activity is 0468-9999-12-004-L01-P.<br />
Welcome<br />
&<br />
Introductions<br />
Shawna Kraft, PharmD, BCOP<br />
Clinical Pharmacist Hematology/Oncology<br />
Adjunct Clinical Assistant Professor<br />
University of Michigan Health System<br />
Ann Arbor, MI<br />
Kathryn Schultz, PharmD, BCOP, BCPS<br />
Clinical Pharmacist<br />
Hematology/Oncology and Stem-Cell Transplant<br />
Rush University Medical Center<br />
Chicago, IL<br />
Learning Objectives<br />
• For newly diagnosed patients, identify initial dose<br />
adjustments that are required based on patientand<br />
disease-associated factors for all drugs in the<br />
chosen regimen to ensure maximum efficacy and<br />
tolerability<br />
• Assess the pharmacokinetics and<br />
pharmacodynamics of emerging agents when<br />
integrating these agents into treatment regimens<br />
• Evaluate adverse event management strategies for<br />
patients with MM receiving novel therapies and<br />
multi-drug regimens<br />
Purpose Statement<br />
CE Information<br />
• This program will provide health system pharmacists with reasoning<br />
tools they can employ when making dosing and administration<br />
decisions for complicated patients with MM<br />
Target Audience<br />
• This knowledge-based activity was developed for health system and<br />
oncology pharmacists as well as pharmacy technicians who wish to<br />
enhance their competence concerning regional/system variations<br />
in the delivery of care for patients with Multiple Myeloma<br />
Commercial Support Acknowledgment<br />
This activity is supported by an educational grant from<br />
Millennium: The Takeda Oncology Company<br />
Sponsor<br />
This activity is jointly sponsored by<br />
Medical Learning Institute, Inc. (MLI),<br />
and Center of Excellence Media, LLC (COE)
Instructions for Credit<br />
In order to receive credit for the educational activity,<br />
please take a few minutes to complete this<br />
evaluation form and hand it to the on-site<br />
coordinator. Your certificate of credit will be e-mailed<br />
to you y within 2-4 weeks.<br />
If you choose to complete this certificate off- site,<br />
return it by mail or fax to: Medical Learning Institute,<br />
Inc., 203 Main Street, Suite 249, Flemington, NJ 08822 /<br />
609.333.1694 (fax) and your certificate of credit will be<br />
e-mailed to you within four weeks.<br />
Disclosures<br />
Before the activity, all faculty and anyone who is in a position to have<br />
control over the content of this activity and their spouse/life partner will<br />
disclose the existence of any financial interest and/or relationship(s)<br />
they might have with any commercial interest producing health care<br />
goods/services to be discussed during their presentation(s): honoraria,<br />
expenses, grants, consulting roles, speakers bureau membership, stock<br />
ownership, or other special relationships. Presenters will inform<br />
participants of any off-label discussions. All identified conflicts of interest<br />
are thoroughly vetted by MLI for fair balance, scientific objectivity of<br />
studies t di mentioned ti d i in th the materials t i l or used d as th the basis b i f for content, t t and d<br />
appropriateness of patient care recommendations.<br />
The planners and managers reported the following financial relationships<br />
or relationships to products or devices they or their spouse/life partner<br />
have with commercial interests related to the content of this CE activity:<br />
Name of Planner or Manager Relationship Company Reported Financial<br />
Relationship<br />
Nancy Nesser MLI Nothing to Disclose<br />
Linda M Ritter, PhD COE Nothing to Disclose<br />
Multiple Myeloma<br />
101<br />
Disclaimer<br />
• The information provided at this CE activity is for<br />
continuing education purposes only and is not<br />
meant to substitute for the independent medical<br />
judgment of a healthcare provider relative to<br />
diagnostic and treatment options of a specific<br />
patient’s patient s medical condition condition.<br />
• Recommendations for the use of particular<br />
therapeutic agents are based on the best<br />
available scientific evidence and current clinical<br />
guidelines. No bias towards or promotion for any<br />
agent discussed in this program should be<br />
inferred.<br />
Faculty Disclosures<br />
• Shawna Kraft, PharmD, BCOP has nothing to<br />
disclose. She does not intend to discuss any non-<br />
FDA-approved or investigational use of any<br />
products/devices.<br />
• Kathryn Schultz, PharmD, BCPS, BCOP has nothing<br />
to disclose. She does not intend to discuss any non-<br />
FDA-approved or investigational use of any<br />
products/devices.
Multiple Myeloma<br />
• Progressive hematologic disorder<br />
• Accumulation of cancerous plasma cells<br />
• Overproduction of abnormal immunoglobulins (“M<br />
proteins” or “paraproteins”) in bone marrow<br />
─ Mainly IgG or IgA<br />
─ Excessive light chain production<br />
─ Bence Jones proteins<br />
← “Monoclonal<br />
spike”<br />
Nau KC, Lewis WD. Am Fam Physician. 2008;78(7):853‐859.<br />
Durie BGM. Concise Review of the Disease and Treatment Options 2008/2009 Edition. International Myeloma Foundation; 2009.<br />
Multiple Myeloma<br />
Epidemiology<br />
• ~21,700 new cases estimated for 2012<br />
• ~10,710 deaths estimated for 2012<br />
• Lifetime risk is 1 in <strong>15</strong>5 (based on rates<br />
from 2006-2008)<br />
• 5 year survival increased from 25% in<br />
1975 to 41% in 2007<br />
American Cancer Society. Cancer Facts & Figures 2012. Atlanta: American Cancer Society; 2012.<br />
Howlander N, et al (eds). SEER Cancer Statistics Review, 1975‐2008, National Cancer Institute. Bethesda, MD,<br />
http://seer.cancer.gov/csr/1975_2008/, based on November 2010 SEER data submission, posted to the SEER web site, 2011.<br />
• Ultimately unknown<br />
Etiology<br />
• Possible explanations<br />
─ Hereditary linkage<br />
─ Genetic abnormalities<br />
─ Exposure to radiation<br />
─ Viral infection<br />
─ Progression of MGUS<br />
Landgren O, Korde N. Oncology (Williston Park). 2011;25(7):589‐590.<br />
Long‐lived<br />
plasma cell<br />
Myeloma Progression<br />
MGUS<br />
Germinal‐<br />
center B‐cell IgH translocation Secondary Changes<br />
Genetic Changes<br />
Smoldering Smolderingg Intramedullary<br />
Intramedullaryy<br />
Extramedullary<br />
myeloma myeloma myeloma<br />
Changes in BM Microenvironment Interaction<br />
Bone Destruction<br />
MGUS = Monoclonal gammopathy of undetermined significance<br />
Shain et al. Multiple myeloma. In: Runge and Patterson, eds. Molecular Medicine. 2 nd ed. Humana Press; 2006.<br />
Multiple Myeloma<br />
Survival<br />
• The 5-year relative survival rate for MM is currently estimated at<br />
~41%<br />
• Survival is higher in younger people and lower in the elderly<br />
• 5-year survival rates are based on patients diagnosed and<br />
iinitially iti ll ttreated t d more th than 5 years ago (2001 (2001-2007) 2007)<br />
• The recent improvements in treatment may result in a more<br />
favorable outlook for recently diagnosed patients<br />
• Improvements in prognosis have occurred because of the<br />
introduction of newer therapies such as pulse corticosteroids,<br />
immunomodulators (thalidomide, lenalidomide), and a<br />
proteasome inhibitor (bortezomib)<br />
Brenner H, et al. Haematologica. 2009; 94(2): 270–275. Howlander et al (eds). SEER Cancer Statistics Review, 1975‐2008, National<br />
Cancer Institute. Bethesda, MD, http://seer.cancer.gov/csr/1975_2008/, based on November 2010 SEER data submission, posted to<br />
the SEER web site, 2011.<br />
Diagnostic Criteria for<br />
Symptomatic MM<br />
1. Monoclonal plasma cells in the bone marrow >10%<br />
and/or presence of a biopsy-proven plasmacytoma<br />
2. Monoclonal protein present in the serum and/or urine<br />
3. Myeloma-related organ dysfunction (1 or more)<br />
Organ Dysfunction Criteria<br />
Calcium elevation Serum calcium ≥11.5 mg/dL<br />
Renal Insufficiency Serum creatinine >2 mg/dL<br />
Anemia Hemoglobin 2 g/dL below LLN<br />
Bone Lytic lesions, severe osteopenia, or pathologic<br />
fractures<br />
LLN=Lower limit of normal<br />
International Myeloma Working Group. Br J Haematol. 2003;121:749‐757.<br />
Kyle RA, et al. Leukemia. 2009;23(1):3‐9.
Staging<br />
Stage Criteria (Durie‐Salmon) Criteria (International Staging System)<br />
I All of the following:<br />
Hemoglobin >10 g/dL<br />
Serum Ca
Standard Risk<br />
• Hyperdiploidy<br />
• t(11;14)<br />
• t(6;14)<br />
Kapoor et al. Int J Hematol. 2011;94:310‐320.<br />
Rajkumar. Am J Hematol. 2012;87:79‐88.<br />
Risk Stratification<br />
Intermediate<br />
Risk<br />
• t(4;14)<br />
•Deletion <strong>13</strong> or<br />
hhypodiploidy di l id bby<br />
conventional<br />
karyotyping<br />
High Risk<br />
• 17p deletion<br />
• t(14;16)<br />
• t(14;20)<br />
•High‐risk gene<br />
expression<br />
profiling (GEP)<br />
signature<br />
•Plasma cell<br />
leukemia<br />
Newly Diagnosed Myeloma Eligible for<br />
Transplantation<br />
High High‐Risk Risk Intermediate<br />
Intermediate‐Risk Risk Standard Standard‐Risk Risk<br />
VRD x 4 cycles VCD x 4 cycles<br />
Rd x 4 cycles<br />
ASCT<br />
Bortezomib‐based<br />
maintenance<br />
Rajkumar SV. Am J Hematol. 2012;87:79‐88.<br />
ASCT; 2 nd ASCT if<br />
not in CR or VGPR<br />
Bortezomib<br />
maintenance for<br />
2 years<br />
Early<br />
ASCT<br />
Delayed<br />
ASCT<br />
Lenalidomide<br />
maintenance if not<br />
in CR or VGPR<br />
following ASCT<br />
Newly Diagnosed Myeloma Not Eligible<br />
for Transplantation<br />
High High‐Risk Risk Intermediate<br />
Intermediate‐Risk Risk Standard Standard‐Risk Risk<br />
VRD x one year VCD x one year<br />
Rd*<br />
Bortezomib‐based<br />
maintenance<br />
Rajkumar SV. Am J Hematol. 2012;87:78‐88.<br />
Bortezomib<br />
maintenance for<br />
2 years if possible<br />
*Dexamethasone usually discontinued after 12 months; continued long‐term bortezomib or lenalidomide is an<br />
option for patients who are tolerating treatment well.<br />
Induction Therapy for<br />
Transplant Candidates<br />
Regimen NCCN Category<br />
Bortezomib/dexamethasone<br />
1<br />
Bortezomib/doxorubicin/dexamethasone<br />
1<br />
Bortezomib/thalidomide/dexamethasone<br />
1<br />
Lenalidomide*/dexamethasone<br />
1<br />
BBortezomib/cyclophosphamide/dexamethasone BBortezomib/cyclophosphamide/dexamethasone t ib/ l h h id /d th<br />
2A<br />
Bortezomib/lenalidomide*/dexamethasone<br />
2A<br />
Thalidomide/dexamethasone 2B<br />
Dexamethasone 2B<br />
Liposomal doxorubicin/vincristine/dexamethasone 2B<br />
*Consider harvesting peripheral blood stem cells prior to prolonged exposure to lenalidomide.<br />
Category 1 –The recommendation is based on high‐level evidence and there is uniform NCCN consensus<br />
Category 2A –The recommendation is based on lower‐level evidence and there is uniform NCCN consensus<br />
Category 2B –The recommendation is based on lower‐level evidence and there is nonuniform NCCN consensus<br />
The NCCN Clinical Practice Guidelines in Oncology Multiple Myeloma (Version 1.2012). © 2011 National Comprehensive Cancer<br />
Network, Inc. Available at: NCCN.org. Accessed [March <strong>13</strong>, 2012]. To view the most recent and complete version of the NCCN<br />
Guidelines, go online to NCCN.org.<br />
Induction Therapy for<br />
Nontransplant Candidates<br />
Regimen NCCN Category<br />
Melphalan/prednisone/bortezomib<br />
1<br />
Melphalan/prednisone/thalidomide Melphalan/prednisone/thalidomide<br />
1<br />
Melphalan/prednisone/lenalidomide<br />
1<br />
Lenalidomide/low‐dose dexamethasone<br />
1<br />
Bortezomib/dexamethasone Bortezomib/dexamethasone<br />
2A<br />
Melphalan/prednisone 2A<br />
Dexamethasone 2B<br />
Vincristine/doxorubicin/dexamethasone 2B<br />
Thalidomide/dexamethasone 2B<br />
Liposomal doxorubicin/vincristine/dexamethasone 2B<br />
Category 1 –The recommendation is based on high‐level evidence and there is uniform NCCN consensus<br />
Category 2A –The recommendation is based on lower‐level evidence and there is uniform NCCN consensus<br />
Category 2B –The recommendation is based on lower‐level evidence and there is nonuniform NCCN consensus<br />
The NCCN Clinical Practice Guidelines in Oncology Multiple Myeloma (Version 1.2012). © 2011 National Comprehensive Cancer<br />
Network, Inc. Available at: NCCN.org. Accessed [March <strong>13</strong>, 2012]. To view the most recent and complete version of the NCCN<br />
Guidelines, go online to NCCN.org.<br />
Maintenance Therapy<br />
Regimen NCCN Category<br />
Thalidomide<br />
1<br />
Bortezomib<br />
2A<br />
Lenalidomide*<br />
2A<br />
Interferon f<br />
2B<br />
Steroids 2B<br />
Thalidomide/prednisone 2B<br />
*There appears to be an increased risk for secondary cancers, especially with lenalidomide<br />
maintenance following transplant. The benefits and risk of maintenance therapy vs secondary cancers<br />
should be discussed with patients.<br />
Category 1 –The recommendation is based on high‐level evidence and there is uniform NCCN consensus<br />
Category 2A –The recommendation is based on lower‐level evidence and there is uniform NCCN consensus<br />
Category 2B –The recommendation is based on lower‐level evidence and there is nonuniform NCCN consensus<br />
The NCCN Clinical Practice Guidelines in Oncology Multiple Myeloma (Version 1.2012). © 2011 National Comprehensive Cancer<br />
Network, Inc. Available at: NCCN.org. Accessed [March <strong>13</strong>, 2012]. To view the most recent and complete version of the NCCN<br />
Guidelines, go online to NCCN.org.
Salvage Therapy<br />
Partial List<br />
Regimen NCCN Category<br />
Bortezomib<br />
1<br />
Bortezomib/liposomal doxorubicin<br />
1<br />
Lenalidomide/dexamethasone* Lenalidomide/dexamethasone<br />
1<br />
Repeat primary induction (relapse > 6 mos) 2A<br />
Bendamustine 2A<br />
Bortezomib/dexamethasone /<br />
2A<br />
Bortezomib/lenalidomide/dexamethasone 2A<br />
Cyclophosphamide/bortezomib/dexamethasone 2A<br />
Cyclophosphamide/lenalidomide/dexamethasone 2A<br />
Dexamethasone, cyclophosphamide, etoposide and cisplatin (DCEP) 2A<br />
Dexamethasone, thalidomide, cisplatin, doxorubicin,<br />
cyclophosphamide, etoposide (DT‐PACE) ±bortezomib(VTD‐PACE)<br />
2A<br />
High‐dose cyclophosphamide 2A<br />
Thalidomide/dexamethasone<br />
Category 1 –The recommendation is based on high‐level evidence and there is uniform NCCN consensus<br />
Category 2A –The recommendation is based on lower‐level evidence and there is uniform NCCN consensus<br />
2A<br />
The NCCN Clinical Practice Guidelines in Oncology Multiple Myeloma (Version 1.2012). © 2011 National Comprehensive Cancer Network, Inc. Available at:<br />
NCCN.org. Accessed [March <strong>13</strong>, 2012]. To view the most recent and complete version of the NCCN Guidelines, go online to NCCN.org.<br />
Objectivve<br />
Response (%)<br />
Previously Untreated Multiple Myeloma<br />
Response<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
40‐46<br />
35‐48 35 48<br />
52<br />
63‐76<br />
88‐90<br />
68‐91<br />
1‐3 4,5 6 1,2,6 7,8 9,10<br />
Dex MP VAD Thal/Dex Bor/Dex Len/Dex<br />
1.Rajkumar et al. J Clin Oncol. 2006;24(3):431‐436. 2. Rajkumar et al. J Clin Oncol. 2008;26(<strong>13</strong>):2171‐2177. 3. Facon et al. Blood.<br />
2006;107(4):1292‐1298. 4. San Miguel et al. N Engl J Med. 2008;359(9):906‐917. 5. Palumbo et al. Lancet. 2006;367(95<strong>13</strong>):825‐<br />
831. 6. Cavo et al. Blood. 2005;106(1):35‐39. 7. Jagannath et al. Br J Haematol. 2005;129(6):776‐783. 8. Jagannath et al. Br J<br />
Haematol. 2009;146(6)619‐626. 9. Rajkumar et al. Lancet Oncol. 2009 Oct 21 [Epub ahead of print]. 10. Rajkumar et al. Blood.<br />
2005;106(<strong>13</strong>):4050‐4053.<br />
Bortezomib/Dexamethasone<br />
(Bor/Dex) vs VAD as Induction<br />
Treatment Prior to Autologous Stem<br />
Cell Transplantion (ASCT) in Newly<br />
Diagnosed Multiple Myeloma (MM):<br />
Results of the<br />
IFM 2005/01 Trial<br />
Jean‐Luc Harousseau, Michel Attal, Herve´ Avet‐Loiseau, Gerald Marit, Denis<br />
Caillot, Mohamad Mohty, Pascal Lenain, Cyrille Hulin, Thierry Facon, Philippe<br />
Casassus, Mauricette Michallet, Herve´ Maisonneuve, Lotfi Benboubker, Frederic<br />
Maloisel, Marie‐Odile Petillon, Iain Webb, Claire Mathiot, and Philippe Moreau<br />
Harousseau,et al. J Clin Oncol. 2010;28(30):4621‐4629.<br />
Grade 3/4<br />
AEs<br />
Emerging Therapeutics<br />
and Administration<br />
Challenges<br />
Lenalidomide/<br />
Dexamethasone Toxicity<br />
Len/Dex<br />
n = 177<br />
MM 009 MM 010<br />
Dex<br />
n = 175<br />
Len/Dex<br />
n = 176<br />
Dex<br />
n = 175<br />
Neutropenia 41.2% 4.6% 29.5% 2.3%<br />
Thromboc Thrombocytopenia topenia 14 14.7% 7% 69% 6.9% 11 11.4% 4% 57% 5.7%<br />
Anemia <strong>13</strong>.0% 5.1% 8.6% 6.9%<br />
Febrile neutropenia 3.4% 0% 3.4% 0%<br />
Venous thromboembolism 14.7% 3.4% 11.4% 4.6%<br />
• Most frequently reported nonhematologic AEs<br />
– Fatigue, insomnia, diarrhea, constipation, muscle cramps,<br />
and infection<br />
Weber et al. N Engl J Med. 2007;357:2<strong>13</strong>3‐2142.<br />
Dimopoulos et al. N Engl J Med. 2007;357:2123‐2<strong>13</strong>2.<br />
Response<br />
Post‐Induction<br />
IFM 2005/01 Trial<br />
Response<br />
Bor/Dex*<br />
N = 214<br />
VAD*<br />
N = 210<br />
CR 5.8% 1.4% .012<br />
>VGPR 37.7% <strong>15</strong>.1% < .001<br />
>PR 78.5% 62.8% < .001<br />
Response to First<br />
ASCT<br />
Bor/Dex*<br />
n = 212<br />
VAD*<br />
n = 2<strong>13</strong><br />
CR 16.1% 8.7% .016<br />
>VGPR 54.3% 37.2% < .001<br />
>PR<br />
*+ DCEP consolidation.<br />
80.3% 77.1% NS<br />
VAD= Vincristine, Adriamycin, Dexamethasone; DCEP= Dexamethasone, cyclophosphamide, etoposide and cisplatin<br />
Harousseau, et al. J Clin Oncol. 2010;28(30):4621‐4629.<br />
P<br />
P
Treatment Considerations<br />
• Lenalidomide/Dex vs. Thalidomide/Dex<br />
─ OS: Not reached vs. 57.2 mos. (P=.018)<br />
─ Neutropenia (3/4): 14.6% vs 0.6% (P
Bortezomib-Thalidomide-Dexamethasone<br />
Compared with Thalidomide-<br />
Dexamethasone as Induction and<br />
Consolidation Therapy Before and After<br />
Double Autologous Transplantation In Newly<br />
Diagnosed Multiple Myeloma: Results From a<br />
Randomized Phase 3 Study<br />
Michele Cavo, Giulia Perrone, Silvia Buttignol, Elisabetta Calabrese, Monica Galli,<br />
Sara Bringhen, Tonino Spadano, Luca Baldini, Tommaso Caravita, Chiara Nozzoli,<br />
Annamaria Brioli, Luciano Masini, Anna Furlan, Lucia Pantani, Daniele Derudas,<br />
Stelvio Ballanti, Francesco Pisani, Valerio De Stefano, Gioacchino Catania, Luca<br />
Castagna, Felicetto Ferrara, Vincenzo Callea, Pellegrino Musto, Elena Zamagni,<br />
and Michele Baccarani<br />
Seragnoli Institute of Hematology, Bologna University School of Medicine, Bologna, Italy;<br />
Department of Hematology/Oncology, University of Bologna, Bologna, Italy; 3GIMEMA Italian<br />
Myeloma Network, Italy<br />
Cavo M, et al. Blood (ASH <strong>Annual</strong> <strong>Meeting</strong> Abstracts). 2010;116:42.<br />
Increased CR-nCR Rates with<br />
VTD Compared to TD<br />
Percent<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
P
Administration of bortezomib before and<br />
after autologous stem-cell transplantation<br />
improves outcome in multiple myeloma<br />
patients with deletion 17p<br />
Kai Neben, Henk M Lokhorst, Anna Jauch, Uta Bertsch, Thomas Hielscher,<br />
Bronno van der Holt, Hans Salwender, Igor W Blau, Katja Weisel, Michael<br />
Pfreundschuh, Christof Scheid, Ulrich Duhrsen, Walter Lindemann, Ingo GH<br />
Schmidt-Wolf, Norma Peter, Christian Teschendorf, Hans Martin, Mathias<br />
Haenel, Hans G Derigs, Marc S Raab, Anthony D Ho, Helgi van de Velde,<br />
Dirk Hose, Pieter Sonneveid and Hartmut Goldschmidt<br />
Neben K, et al. Blood. 2012;119(4):940‐948.<br />
Overall results<br />
Results<br />
PFS 3 yr OS Median OS<br />
VAD (N = 182)<br />
PAD (N = 172)<br />
31.2 months<br />
35.7 months<br />
73%<br />
84%<br />
Not reached<br />
17 17q deletion dlti results lt<br />
17q deletion present 17.6 mos<br />
PFS 3 yr OS<br />
VAD 12.0 mos* VAD 17%<br />
36%<br />
†<br />
PAD 26.2 mos* PAD 69% †<br />
Lacking abnormality 35.7 mos 83%<br />
*P = .024<br />
† P = .028<br />
Neben K, et al. Blood. 2012;119(4):940‐948.<br />
Question 1 - Revisited<br />
• What initial therapy would you initiate for RS?<br />
A. Melphalan/prednisone<br />
B. Steroids alone<br />
C. Thalidomide/dexamethasone<br />
D. Lenalidomide/high-dose<br />
dexamethasone<br />
E. Other<br />
INDUCTION (three 21‐d cycles)<br />
VAD<br />
• Vincristine 0.4mg IV Days 1‐4<br />
• Doxorubicin 9mg/m 2 IV Days 1‐4<br />
• Dex 40mg Days 1‐4, 9‐12, 17‐20<br />
PBSC COLLECTION<br />
• CTX, Doxorubicin, Dex (CAD) +<br />
G‐CSF<br />
TRANSPLANTATION<br />
• MEL 200<br />
Thalidomide Maintenance<br />
• 50mg PO Daily<br />
• X 2 years<br />
PBSC=peripheral blood stem cells<br />
Neben K, et al. Blood. 2012;119(4):940‐948.<br />
Study Design<br />
RANDOMIZATION<br />
INDUCTION (three 21‐day cycles)<br />
PAD<br />
• Bortezomib 1.3mg/m 2 IV Days 1, 4, 8, 11<br />
• Doxorubicin 9mg/m 2 IV Days 1‐4<br />
• Dex 40mg Days 1‐4, 9‐12, 17‐20<br />
PBSC COLLECTION<br />
• CTX, Doxorubicin, Dex (CAD) +<br />
G‐CSF<br />
TRANSPLANTATION<br />
• MEL 200<br />
Patient Case 1<br />
Bortezomib Maintenance<br />
• 1.3mg/m 1.3mg/m2 IV every 2 weeks<br />
• X 2 years<br />
• RS is a 68 y.o. male presented to ED after falling while<br />
taking down holiday lights. In the ED, x-rays confirmed<br />
he had broken his right hip. He was A&O x3 with no<br />
other signs of trauma or bleeding. Other past medical<br />
history includes HTN for which he is on lisinopril and<br />
Type 2 DM controlled with diet. Labs were as follows:<br />
– Hemoglobin: 88.9 9 gm/dL<br />
– Serum creatinine: 1.7 mg/dL<br />
– Calcium: 11.9 mg/dL<br />
– Albumin: 1.8 g/dL<br />
– β2microglobulin: 3.3 mcg/mL<br />
– Urine analysis= urine protein= M protein spike of IgA<br />
– Bone marrow = 19% plasma cells<br />
– Skeletal survey= multiple lytic lesions<br />
Administration<br />
Challenges, Adverse<br />
Effect Management<br />
and Comorbidities:<br />
Personalized Medicine<br />
in Multiple Myeloma
Case 2<br />
ST is a 76 y/o African American female who recently presented to<br />
her PCP for increasing pain in her back. PMH: Type 2 DM, HTN, CAD<br />
s/p stents, depression. ST was diagnosed with Stage IIIa IgG lambda<br />
multiple myeloma based on the following labs and exams:<br />
• WBC: 12 X 109 /L<br />
• ß₂-microglobulin: 7 mcg/mL<br />
• Serum creatinine: 1.7 mg/dL • IgM: 9 (4-350 mg/dL)<br />
• Hemoglobin: 8 gm/dL<br />
• Calcium: 12 mg/dL<br />
• Platelets: 112 X 109 /L<br />
• Albumin: 4 g/dL<br />
• IgA: 5 (50-370 mg/dL)<br />
• IgG: 6080 (620-<strong>15</strong>20 mg/dL)<br />
• � free light chains: 306 (0.57-2.63 mg/dL)<br />
• Plasma viscosity: 2.47 X 10−3 (1.35-1.85)<br />
• Skeletal survey shows multiple lytic lesions T8-T11<br />
Palumbo A, et al. Blood. 2011;118(17):4519‐4529.<br />
Case 2: Patient ST<br />
• She also has prexisting diabetes with<br />
peripheral neuropathy on gabapentin<br />
300mg TID.<br />
• What is your recommendation?<br />
Assessment for Vulnerability in<br />
Newly-Diagnosed MM Patients<br />
Presence of chronic<br />
diseases or conditions<br />
Comorbidity<br />
Actions<br />
• Consider drug interactions<br />
• Incompatibility of treatment<br />
• Minimize risk of frailty<br />
• Minimize risk of disability<br />
Palumbo A, et al. Blood. 2011;118(17):4519‐4529.<br />
Limits in the major<br />
life activities due to<br />
physical or mental<br />
impairment<br />
Disability<br />
Case 2<br />
Weight loss, fatigue,<br />
low activity, slow<br />
motor balance and<br />
gait<br />
Actions<br />
Frailty<br />
• Need for supportive service<br />
• Minimize risk of mortality<br />
• Decrease risk of hospitalization)<br />
• It has been decided to treat ST with<br />
lenalidomide + bortezomib + dexamethasone<br />
(RVD)<br />
• Lenalidomide 25 mg days 1-21 + low-dose vs.<br />
high dose dexamethasone Q28days<br />
– Low dose: 40 mg days 1, 8, <strong>15</strong>, 22<br />
– High dose: 40 mg days 1-4, 9-12, 17-20<br />
– N = 445<br />
– 1- year OS = 87% (high dose) vs. 96% (low dose) , P<br />
= .0002<br />
– DVT = 26% vs. 12%, P = .0003<br />
– Infection or pneumonia = 16% vs. 9%, P = .04<br />
– Fatigue = <strong>15</strong>% vs. 9%, P = .08<br />
Rajkumar SV, et al. Lancet Oncol. 2010;11(1):29‐37.<br />
Peripheral Neuropathy (PN)<br />
• Higher risk of PN<br />
– In patients presenting with subclinical PN<br />
– After prolonged therapy<br />
– In elderly patients<br />
• Clinical manifestations include sensory symptoms,<br />
motor symptoms, and autonomic dysfunction<br />
Severity Action<br />
Grade 1 Continue as scheduled<br />
Grade 1 w/ pain or grade 2 Reduce dose per course to 1.0 mg/m2 Grade 2 w/ pain or grade 3 Withhold bortezomib treatment until PN resolves,<br />
reinitiate at a dose of 0.7 mg/m2 once weekly<br />
Grade 4 Discontinue therapy<br />
Palumbo A, et al. Blood. 2008;111:3968‐3977.<br />
Argyriou AA, et al. Blood. 2008;112:<strong>15</strong>93‐<strong>15</strong>99.<br />
Bortezomib Dose Modification with PN
Bortezomib SQ vs. IV<br />
Pharmacokinetics C max (ng/mL) T max (min) AUC last (ng.hr/mL)<br />
SQ 20.4 30 <strong>15</strong>5<br />
IV 223 2 <strong>15</strong>1<br />
Pharmacodynamics E max (%) E max (min) AUE 72hr (%.hr)<br />
SQ 63.7 120 1714<br />
IV 69.3 5 <strong>13</strong>83<br />
Moreau P, et al. Blood (ASH <strong>Annual</strong> <strong>Meeting</strong> Abstracts). 2011;118: Abstract 1863.<br />
Case 2<br />
ST is a 76 y/o African American female who recently<br />
presented to her PCP for increasing pain in her back. PMH:<br />
Type 2 DM, HTN, CAD s/p stents, depression. ST was<br />
diagnosed with Stage IIIa IgG lambda multiple myeloma<br />
based on the following labs and exams:<br />
• WBC: 12<br />
• Scr: 11.7 7<br />
• ß₂-microglobulin: 7 mcg/ml<br />
• Hgb: 8<br />
• Ca: 12<br />
• IgG: 6080 (620-<strong>15</strong>20 mg/dL)<br />
• Plts: 112<br />
• Albumin: 4<br />
• IgM: 9 (4-350 mg/dL)<br />
� free light chains: 306 (0.57-2.63 mg/dL)<br />
� IgA: 5 (50-370 mg/dL)<br />
• Plasma viscosity: 2.47 (1.35-1.85)<br />
• Skeletal survey shows multiple lytic lesions T8-T11<br />
Treatment of Bone Disease in MM<br />
• Denosumab<br />
─ 120 mg SQ vs. zoledronic acid, N = 1176 (only 10% MM)<br />
─ CrCl >30 mL/min<br />
─ Noninferior<br />
• Ibandronate 6 mg, N=40<br />
─ CrCl 30-59 mL/min, N=10<br />
─ CrCl 60 mL/min, p
Thalidomide and Lenalidomide<br />
• Addition to therapy regimen improves<br />
response rates<br />
– Thalidomide alone: 25-35%<br />
– Thalidomide plus dexamethasone: 50%<br />
– Thalidomide Thalidomide, dexamethasone, dexamethasone alkylating agent:<br />
70%<br />
• Mechanism of action<br />
– Inhibits angiogenesis and induces apoptosis<br />
– Inhibits TNF-α and type 1 helper T-lymphocytes<br />
– Induces IFN-β and type 2 helper T-lymphocytes<br />
ASCO Guidelines. Lyman GH, et al. J Clin Oncol. 2007;25(34):5490‐5505.<br />
Palumbo A, et al. Leukemia. 2007; 1‐10.<br />
VTE and Thalidomide<br />
• Serum thrombomodulin levels<br />
─ Decreased during 1 st month of thalidomide therapy<br />
─ Gradual recovery over following two months<br />
• Protease activated receptor-1 (PAR-1)<br />
─ Endothelial exposure altered by thalidomide after<br />
doxorubicin exposure<br />
─ Can increase thrombin binding to the vascular<br />
endothelium<br />
• Activated protein C (APC)<br />
─ Patients with APC resistance in absence of factor V<br />
Leiden had higher incidence of DVT when treated with<br />
thalidomide<br />
Corso A, et al. Ann Hematol. 2004;83(9):588‐591.<br />
Kaushal V, et al. J Thromb Haemost. 2004;2(2):3273‐84.<br />
Zangari M, et al. Blood Coagul Fibrinolysis. 2002;<strong>13</strong>(3):187‐192.<br />
ASCO Recommendations<br />
• Routine anticoagulation for VTE prophylaxis is<br />
not recommended for ambulatory patients<br />
receiving chemotherapy<br />
• Patients receiving thalidomide or<br />
lenalidomide with dexamethasone or<br />
chemotherapy warrant prophylaxis<br />
ASCO Guidelines. Lyman GH, et al. J Clin Oncol. 2007;25(34):5490‐5505.<br />
Teo SK. Properties of Thalidomide and its Analogues: Implications for Anticancer Therapy. AAPS Journal. 2005; 07(01): E14‐E19.<br />
DOI: 10.1208/aapsj070103<br />
Therapy-specific Incidence of VTE<br />
Therapy Incidence Comments<br />
Thalidomide alone 1‐3%<br />
Thalidomide + dexamethasone 17‐26% Thal/dex vs dex: 17% vs 3%<br />
Thalidomide +chemotherapy py<br />
12‐28%<br />
Oral melphalan + prednisone 1.5‐2%<br />
Melphalan + pred + thalidomide 12‐18.5%<br />
Dunkley S, Gaudry L. J Thromb Haemost. 2007;5:<strong>13</strong>23‐<strong>13</strong>25. ASCO Guidelines. Lyman GH, et al. J Clin Oncol. 2007;25(34):5490‐5505.<br />
Palumbo A, et al. J Thromb Haemost. 2006;4:1842‐1845. Rajkumar SV, et al. J Clin Oncol. 2006;24(3):431‐436.<br />
Palumbo A, et al. Lancet. 2006;367:825‐831.<br />
Singhal S, et al. N Engl J Med. 1999;341:<strong>15</strong>65‐<strong>15</strong>71.<br />
Kyle RA, Rajkumar SV. N Engl J Med. 2004;351(18):1860‐1873. Zangari M, et al. Blood. 2001;98:1614‐16<strong>15</strong>.<br />
LMWH Literature<br />
Study Therapy Prophylaxis Methods Results<br />
GIMEMA MP vs MPT Enoxaparin<br />
40mg<br />
UARK 9826 Chemo +/‐<br />
thalidomide<br />
Palumbo A, et al. Lancet. 2006;367:825‐831.<br />
Zangari M, et al. Br J Haematol. 2004;126:7<strong>15</strong>‐721.<br />
Alikhan R, et al. Blood Coagul Fibrinolysis. 2003;14:341‐346.<br />
Chemotherapy<br />
randomized<br />
Prophylaxis due<br />
to protocol<br />
amendment<br />
Enoxaparin 3 cohorts;<br />
amended<br />
protocol from<br />
low‐dose fixed<br />
warfarin; open‐<br />
label<br />
17% vs 9% did not<br />
complete 6 cycles<br />
MPT therapy;<br />
before/after<br />
20% vs 3.1% as a<br />
subgroup<br />
DVT: 11/35 vs<br />
30/87 vs 19/<strong>13</strong>4
Chemotherapy<br />
N=<strong>13</strong>4<br />
DVT<br />
N=19<br />
19 DVT<br />
Continue Treatment<br />
+ Anticoagulant<br />
DVT Recurrence<br />
N=1 (5%)<br />
Cohort I<br />
(No Anticoagulation)<br />
N=221<br />
Newly diagnosed Multiple Myeloma Patients enrolled<br />
On UARK 9826<br />
Chemotherapy + Thal<br />
N=87<br />
DVT<br />
N=30<br />
Zangari M, et al. Br J Haematol. 2004;126:7<strong>15</strong>‐721.<br />
Cohort II<br />
(Warfarin prophylaxis)<br />
N=35<br />
DVT=41<br />
Chemotherapy + Thal<br />
+ Warfarin<br />
N=35<br />
DVT<br />
N=11<br />
36 DVT<br />
Continue Treatment<br />
Thalidomide Resumed<br />
+ Anticoagulant<br />
DVT Recurrence<br />
N=4 (11%)<br />
Chemotherapy +<br />
Thal + LMWH<br />
N=68<br />
DVT DVT<br />
N=10<br />
Cohort III<br />
N=<strong>13</strong>0<br />
Prophylactic Low-dose Aspirin<br />
Study Methods Therapy<br />
I Retrospective Amendment Thal/dex + clarithromycin; ASA added to<br />
regimen<br />
II Prospective Randomized Dexamethasone, ± thalidomide & ASA, ±<br />
clarithromycin<br />
III Prospective Descriptive Lenalidomide & ASA<br />
Summary of TEs in studies I to III<br />
Thromboemolic events Grade 2<br />
(percent)<br />
Niesvizky R, et al. Leuk Lymphoma. 2007;48(12):2330‐2337.<br />
Grade ¾<br />
(percent)<br />
Grade 5<br />
(percent)<br />
Comments<br />
Chemotherapy<br />
N=62<br />
Study I: BLT‐D<br />
Study II: Randomized BLT‐D<br />
8 9 ‐ No TEs after ASA was<br />
added to study regimen<br />
Group 1 ‐ 6.6 ‐ Thalidomide,<br />
dexamethasone,<br />
clarithromycin (if needed)<br />
and ASA<br />
Group 2 ‐ 21.4 ‐ Dexamthasone and<br />
clarithromycin (if needed)<br />
Study III: BiRD ‐ 10.8 1.4<br />
Prophylactic Aspirin<br />
Study Therapy Prophylaxis Methods<br />
Knight 1 Lenalidomide +<br />
dexamethasone<br />
(2 studies)<br />
Zonder 2,3 Lenalidomide +<br />
dexamethasone<br />
1. Knight R, et al. N Engl J Med. 2006;354(19):2079‐2080.<br />
2. Zonder JA, et al. Blood. 2006;108(1):403.<br />
3. Zonder JA, et al. Blood. 2010;116(26):5838‐41.<br />
Occurrence of<br />
thrombosis<br />
Low‐dose aspirin Preliminary report 20/87 w/ erythropoeitin<br />
4/83 w/o erythropoeitin<br />
0/23 w/ ASA<br />
52/668 w/o ASA<br />
Full‐dose aspirin Preliminary report 9/12 w/o ASA<br />
After protocol amendment 6%w/ ASA1 19 % w/ ASA2 DVT<br />
N=9<br />
Prophylactic Low-dose Aspirin<br />
• 105 patients were treated with vincristine,<br />
doxorubicin, dexamethasone, and<br />
thalidomide (VAD-t)<br />
• High rate of venous thrombosis noted after<br />
35 patients in the trial<br />
• Low-dose aspirin initiated in 26 of the original<br />
35 patients<br />
• Thrombosis<br />
– 19% who received aspirin from start of enrollment<br />
– <strong>15</strong>% who received aspirin after the study started<br />
– 58% of those who never received aspirin<br />
Baz R, et al. Mayo Clin Proc. 2005;80:<strong>15</strong>68.<br />
Prophylactic Low-dose Aspirin<br />
• Not designed to assess thromboembolic risk<br />
• No a priori definition of TE risk factors<br />
• 3 study designs<br />
Thalidomide/<br />
dexamethasone:<br />
Low‐dose aspirin<br />
Table IV. Rate of thrombosis in patients receiving low‐dose aspirin with<br />
thalidomide/dexamethasone<br />
Total number of<br />
patients<br />
Niesvizky R, et al. Leuk Lymphoma. 2007;48(12):2330‐2337.<br />
Number of patients<br />
(%): Thrombosis<br />
<strong>15</strong> 1 (6.6) 14 (93)<br />
Dexamethasone:<br />
No Aspirin<br />
14 3 (21.4) 11 (79)<br />
OR 3.82 (exact 95% CI, 0.25, 214.45); Fisher’s exact p value (2‐sided)=0.33.<br />
Warfarin<br />
Number of patients<br />
(%): No Thrombosis<br />
• Low-dose warfarin<br />
– 1 mg daily<br />
– Has been studied as prophylaxis for central<br />
venous catheter thrombosis<br />
• Full anticoagulation<br />
– Goal INR 2-3<br />
Coumadin (warfarin sodium) package insert. Princeton, NJ: Bristol‐Myers Squibb; 2011.
Fixed Low-Dose Warfarin<br />
Study Therapy Prophylaxis Methods Results<br />
Miller 1 MM: VAD‐t or<br />
VDT<br />
CLL: FT<br />
1mg if ≤ 70 kg<br />
2mg if > 70 kg<br />
No concurrent ASA;<br />
baseline<br />
hypercoagulable work‐<br />
up; duration of<br />
treatment coincided<br />
with therapy (avg 4<br />
months)<br />
No significant<br />
difference;<br />
compared to<br />
historical controls<br />
UARK 98262 UARK 9826 Ch / 1 f i C h 2 (h hl DVT 11/35<br />
2 Chemo +/‐ 1mg warfarin Cohort 2 (chemo + thal DVT: 11/35<br />
thalidomide<br />
and warfarin)<br />
(c+t+w) vs 30/87<br />
(c+t) vs 19/<strong>13</strong>4 (c)<br />
Trial stopped<br />
Weber3 Thalidomide 1mg warfarin Protocol amendment 16/40 patients<br />
vs thal/dex<br />
receiving thal/dex<br />
continued trial,<br />
but switched to<br />
therapeutic dose<br />
of warfarin or<br />
LMWH<br />
1. Miller KC, et al. Leuk Lymphoma. 2006;47(11):2339‐2343.<br />
2. Zangari M, et al. Br J Haematol. 2004;126(5):7<strong>15</strong>‐721.<br />
3. Weber D, et al. J Clin Oncol. 2003;21(1):16‐19.<br />
VTE Prophylaxis<br />
• Risk factors:<br />
– Individual<br />
• History of VTE, age, obesity, cardiac disease,<br />
immobilization, presence of central catheter,<br />
surgical i l procedures d<br />
– Disease-related<br />
• Multiple myeloma diagnosis, hyperviscosity<br />
– Therapy-related<br />
• Immunomodulatory therapy (thalidomide,<br />
lenalidomide) in combination with high-dose<br />
steroids<br />
Gay F, Palumbo A. Med Oncol. 2010;27(suppl 1):S43‐S52.<br />
Summary<br />
• Evaluate patient specific risk factors<br />
– Concern for thrombocytopenia—especially with<br />
lenalidomide<br />
– Renal function<br />
• Thalidomide-associated therapy py<br />
– Full dose warfarin for high risk patients<br />
– LMWH for low to moderate risk patients<br />
• Lenalidomide-associated therapy<br />
– Aspirin<br />
• UK Thrombosis Prevention Trial<br />
Risk Assessment Model<br />
Individual risk factors Recommended therapy<br />
Obesity (≥ 30 kg/m2 ) If no risk factor or any one risk factor<br />
Previous venous Thromboembolism<br />
Central venous catheter or pacemaker<br />
is present:<br />
Aspirin 81‐325 mg once daily<br />
Associated disease:<br />
If two or more risk factors are present:<br />
•Cardiac disease •Diabetes<br />
LMWH (equivalent to enoxaparin 40mg once<br />
•Chronic renal disease •Immobilization daily)<br />
•Acute infection<br />
OR<br />
Surgery<br />
•General surgery •Trauma<br />
•Any anesthesia<br />
Medications: Erythropoietin<br />
Blood clotting disorders<br />
Myeloma‐related risk factors<br />
•Diagnosis •Hyperviscosity<br />
Full‐dose Full dose warfarin (target INR 2‐3) 2 3)<br />
Myeloma therapy<br />
LMWH (equivalent to enoxaparin 40mg once<br />
•High‐dose dexamethasone (≥ 480 mg/month) daily)<br />
•Doxorubicin<br />
•Multiagent chemotherapy<br />
Full‐dose warfarin (target INR 2‐3)<br />
Palumbo A, et al. Leukemia. 2008;22(2):414‐423.<br />
VTE Prophylaxis Options<br />
• If none or 1 individual or MM-related risk<br />
factor present:<br />
– Aspirin (81 mg to 325 mg daily)<br />
• If 2 or more individual or myeloma-related risk<br />
factors present:<br />
– Low molecular weight heparin (LMWH)<br />
– Full dose warfarin (target INR 2-3)<br />
• Therapy-related risk factors should be<br />
considered high-risk:<br />
– LMWH or full dose warfarin<br />
Gay F, Palumbo A. Med Oncol. 2010;27(suppl 1):S43‐S52.<br />
VTE Prophylaxis in MM: Guidelines<br />
• NCCN guidelines<br />
─ Aspirin 81-325 mg (low risk outpatients)<br />
─ Warfarin, INR 2-3<br />
─ LMWH<br />
─ Fondaparinux<br />
─ UFH<br />
• CHEST guidelines<br />
─ Prophylactic LMWH or LDUH over no prophylaxis<br />
─ Aspirin is not addressed for cancer patients<br />
─ VKAs<br />
The NCCN Clinical Practice Guidelines in Oncology Venous Thromboembolic Disease (Version 2.2011). © 2011 National<br />
Comprehensive Cancer Network, Inc. Available at: NCCN.org. Accessed [April 3, 2012]. To view the most recent and complete version<br />
of the NCCN Guidelines, go online to NCCN.org.<br />
Kahn SR, et al. Chest. 2012; 141(2 Suppl):e195S‐226S.
VTE Prophylaxis in MM:<br />
New Agents<br />
• Rivaroxaban<br />
─ FDA approved:<br />
• Dabigatran<br />
• To reduce the risk of stroke and systemic<br />
embolism in patients with nonvalvular Afib<br />
• Prophylaxis of deep vein thrombosis (DVT)<br />
in patients undergoing knee or hip<br />
replacement<br />
Xarelto (rivaroxaban) package insert. Titusville, NJ: Janssen Pharmaceuticals, Inc. 2011.<br />
Pradaxa (dabigatran etexilate mesylate) package insert. Ridgefield, CT: Boehringer Ingelheim Pharmaceuticals, Inc. 2012.<br />
Patient Case 4<br />
• 73 year old male presents with refractory<br />
multiple myeloma<br />
• He is not a candidate for transplant and<br />
was previously treated with MP (melphalan<br />
plus prednisone).<br />
• Hi His medical di l hi history t i is significant i ifi t f for a DVT of f<br />
idiopathic cause when he was 55<br />
• His physician wants to treat him with<br />
thal/dex (thalidomide) since he previously<br />
responded to MP.<br />
– Would you proceed with therapy?<br />
– Would you recommend thromboprophylaxis?<br />
MM Summary<br />
• Treatment decisions<br />
─ Transplant candidate?<br />
─ Renal function<br />
─ Comorbidities<br />
─ Multidrug Multidrug regimens are preferred<br />
• Supportive care<br />
─ VTE prophylaxis recommended with<br />
thalidomide/lenalidomide regimens<br />
─ Bisphosphonates are preferred for bone disease<br />
─ Patient specific factors are very important<br />
─ Zoster prophylaxis for bortezomib regimens<br />
Patient Case 3<br />
• 67 year old female was induced with VAD-t<br />
(vincristine, doxorubicin, dexamethasone,<br />
thalidomide)<br />
• She has received 2 cycles of chemotherapy<br />
and now presents to the hospital with unilateral<br />
pain and swelling in her left lower leg.<br />
• The VAD-t therapy has been effective, so her<br />
physician wants her to receive 2 more cycles of<br />
induction therapy before her stem-cells are<br />
harvested<br />
– Would you proceed with therapy?<br />
– Would you recommend thromboprophylaxis?<br />
Bortezomib and Herpes Zoster<br />
Reactivation<br />
• Incidence of herpes zoster in randomized Phase 3<br />
frontline MM trials<br />
Trial Bortezomib Arm Bortezomib Arm Control Arm<br />
No Prophylaxis with Prophylaxis<br />
VISTA <strong>13</strong>% 3% 4%<br />
IFM 2005‐01* NA 9% 2%<br />
HOVON‐65/GMMG‐HD4 <strong>15</strong>% 9% 2%<br />
*No antiviral prophylaxis for herpes zoster was specified in the protocol.<br />
• Retrospective analysis of 125 patients on bortezomib<br />
and antiviral prophylaxis found no VZV reactivation<br />
– 100% compliance<br />
– Well tolerated<br />
VZV= Varicella‐zoster virus<br />
San Miguel, et al. N Engl J Med. 2008;359:906‐917.<br />
Harousseau, et al. J Clin Oncol. 2010;28(30):4621‐4629.<br />
Sonneveld, et al. Blood. 2008;112. Abstract 653.<br />
Vickrey E, et al. Cancer. 2009;<strong>15</strong>(1):229‐232.<br />
Chanan‐Khan A, et al. J Clin Oncol. 2008;26(29):4784‐4790.<br />
Question<br />
&<br />
Answer Session
New Drugs 2012<br />
Anna Nowobilski‐Vasilios<br />
PharmD MBA FASHP CNSC BCNSP<br />
Principal, Anovation Care Management Innovation<br />
Adjunct Assistant Professor, Midwestern University CCP<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
20<br />
New Druggs<br />
2012-H1<br />
Obesity: lorcaserin PO (BELVIQ)<br />
Actinic keratosis: ingenol mebutate TOP (PICATO)<br />
Glaucoma: tafluprost OP (ZIOPTAN)<br />
RDS: lucinactant ITR (SURFAXIN)<br />
Cystic Fibrosis: ivacaftor PO (KALYDECO)<br />
Pancreatitis: pancrelipase PO (ULTRESA; VIOKACE)<br />
Erectile Dysfunction: avanafil PO (STENDRA)<br />
Urinary Incontinence: mirabegron PO (MYRBETRIQ)<br />
Anemia of CKD: peginesatide IV/SC (OMONTYS)<br />
Cushing’s Syndrome: mifepristone PO (KORLYM)<br />
Gaucher Disease: taliglucerase IV (ELELYSO)<br />
MTX Toxicity: glucarpidase IV (VORAXAZE)<br />
Renal CA: axitinib PO (INLYTA)<br />
Basal Cell CA: vismodegib PO (ERIVEDGE)<br />
Breast CA: pertuzumab IV (PERJETA)<br />
Influenza Vaccine INH (FLUMIST Quadrivalent)<br />
N.meningitidis/H.flu Vaccine IM (MENHIBRIX)<br />
PET/Alzheimer’s: florbetapir F18 IV (AMYVID)<br />
Surgery: keratinocytes/fibroblasts TOP (GINTUIT)<br />
References: (1) fda.gov. (2) drugs.com. (3) Pharmacist’s Letter.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
lorcaserin<br />
BELVIQ®<br />
• 5‐HT2C agonist WITH diet/exercise<br />
– BMI ≥ 30<br />
– BMI ≥ 27 w/ HTN, DM2, or dyslipidemia<br />
• Thought to promote satiety … ↓ food intake<br />
• 3 RDBPC trials 52‐104 weeks, 8000 pts<br />
– 5% body wt loss: 47% vs 23% control w/o DM2;<br />
1/34<br />
3/34<br />
Approved 6/27/2012<br />
C PO<br />
Pregnancy<br />
Category X<br />
NOT FOR USE<br />
IN CHILDREN<br />
?<br />
Store at Controlled<br />
Room Temperature<br />
�� ��<br />
38% vs 16% control w/DM2<br />
– 8.5% vs. 6.7% control DC 2 o ADRs: HA, depression, dizziness<br />
• Caution: serotonin syndrome, valvular heart disease,<br />
cognition, depression, suicidal thoughts, priapism<br />
• Many DI’s: SSRIs, SNRs, MAOIs, St. John’s Wort, etc.<br />
• 10 mg PO BID � DC if body wt not ↓5% in 12w<br />
• Modestly effective<br />
References: (a) BELVIQ® (lorcaserin) [package insert]. Woodcliff Lake NJ: Eisai, Inc., June 2012. (b) FDA approves Belviq to treat some overweight or<br />
obese adults. FDA News. June 27, 2012. (c) Weight Loss. Pharmacist’s Letter 2012; 28:August. (d) Drugs for Weight Loss. Pharmacist’s Letter 2012;<br />
28(8):280811. (e) Micromedex v<strong>15</strong>35, Accessed 8/8/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
CAUTION in Kidney/<br />
Liver Dysfunction<br />
Do not use machinery or<br />
ddrive i until til effect ff t is i known k<br />
5/34<br />
Learning Objectives<br />
Technicians:<br />
• Name the disease state and<br />
therapeutic class for select new<br />
agents approved during the first half<br />
of 2012.<br />
• Discuss the dosage form and route of<br />
administration for each new agent.<br />
• Describe the most serious adverse<br />
effects for each class of agent.<br />
• List special considerations related to<br />
storage, preparation, and dispensing<br />
for each new agent.<br />
Pharmacists:<br />
• Describe the therapeutic classification<br />
and indications for select new agents<br />
approved in the first half of 2012.<br />
• Discuss the dosing, administration, and<br />
appropriate role of each new agent.<br />
• List the major adverse effects,<br />
contraindications, and precautions for<br />
each new agent.<br />
• Discuss special considerations related<br />
to storage, preparation, dispensing,<br />
and monitoring each new agent.<br />
Disclosures: Speaker or spouse do not have actual or potential<br />
conflict of interest in relation to this presentation.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
General Wellbeing » Obesity<br />
• > 2/3 adults in US are overweight or obese<br />
• Substantial public health crisis<br />
• $100B annual cost of managing obesity<br />
• Risk of coronary heart disease<br />
– 1.72 @ BMI 25‐28.9 kg/m2 – 3.44 @ BMI > 33 kg/m2 • Similar ↑risk w/ stroke & HF<br />
• Goal: weight loss to optimal BMI<br />
• Treatment: diet, exercise, behavioral changes, anti‐<br />
obesity medications …<br />
References: (a) Obesity. Emedicine.medscape.com. August 2, 2012. (b) FDA approves Belviq to treat some overweight or obese adults. FDA News.<br />
June 27, 2012. (c) Drugs for Weight Loss. Pharmacist’s Letter 2012; 28(8):280811.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
Self‐Assessment 1<br />
Which of the following is TRUE?<br />
1. 1/3 of the US population is overweight or<br />
obese.<br />
22. SSuccessful f lweight ihl loss programs rely l on anti‐ i<br />
obesity medications alone.<br />
3. Lorcaserin (BELVIQ) is modestly effective.<br />
4. Lorcaserin (BELVIQ) can safely be given in<br />
pregnancy.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
8/30/2012<br />
2/34<br />
4/34<br />
6/34<br />
1
Ophthalmology » Glaucoma<br />
• Optic nerve structural/functional<br />
disturbance<br />
– Possible with normal IOP<br />
– Ocular hypertension risk for glaucoma<br />
– Diverse condition<br />
• Second leading cause of blindness in US<br />
• Only 50% aware they have POAG<br />
• Goal – lower IOP or remove cause<br />
• Topical Options<br />
– beta‐blockers, carbonic anhydrase inhibitors,<br />
alpha‐2 agonists, cholinergic agonists<br />
– prostaglandin analogs … most widely used<br />
References: (a) Primary Open‐Angle Glaucoma. Emedicine.medscape.com. July 9, 2012. (b) FDA approves Zioptan to treat elevated eye pressure.<br />
FDA News. February 14, 2012. (c) Tafluprost (Zioptan) –A New Topical Prostaglandin for Glaucoma. The Medical Letter 2012; 54(<strong>13</strong>88):31.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
Self‐Assessment 2<br />
Which of the following statements is FALSE?<br />
1. Glaucoma is the 2nd leading cause of<br />
blindness in the US.<br />
22. Tafluprost (ZIOPTAN) is preservative preservative‐free free.<br />
3. In the pharmacy, tafluprost (ZIOPTAN) is<br />
stored in the refrigerator.<br />
4. Left‐over solution from opened tafluprost<br />
(ZIOPTAN) droppers can be saved for the<br />
following dose.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
lucinactant<br />
SURFAXIN®<br />
• Prevent of RDS in high risk premature infants<br />
– Compensates for surfactant deficiency<br />
• Trial w/ 1294 infants<br />
– ↓ RDS @24h & ↓ RDS mortality @ day 14<br />
• Watch oxygen/ventilator needs closely; suction if<br />
airway a ayobst obstruction uct o<br />
• NOT for ADULT RDS 2 o increased negative sequellae<br />
• 5.8 mL/kg birth weight intratracheally<br />
– Up to 4 doses in 1 st 48 hours of life, nmt that q6 hrs<br />
• Aseptic technique<br />
– Clinician competent in intubation, ventilator management,<br />
& premature infant care<br />
– Warm vial, shake vigorously until free‐flowing<br />
– If not used immediately protect from light at RT up to 2h<br />
Reference: SURFAXIN® (lucinactant) [package insert]. Warrington PA: Discovery Laboratories, Inc., March 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
7/34<br />
9/34<br />
Approved 3/6/2012<br />
NOT FOR USE<br />
IN ADULTS<br />
iTR<br />
Keep in Refrigerator<br />
DO NOT FREEZE<br />
Once warmed:<br />
SHAKE WELL<br />
�<br />
PROTECT<br />
FROM LIGHT<br />
No Preservatives<br />
DISCARD unused portion<br />
11/34<br />
tafluprost<br />
ZIOPTAN<br />
• PF Prostaglandin analog to ↓ IOP in POAG or OH<br />
• Trial of 643 w/ OAG or OH, ↓ IOP to WNL in 12 wks<br />
– Non‐inferior to that with PF timolol eye gtts<br />
– Latanoprost slightly more effective than tafluprost in a<br />
preservative‐containing trial of 533<br />
• Warnings: hyperpigmentation, eyelash changes<br />
• Store in original pouch, refrigerated<br />
• Once pouch opened, use droppers within 28 days<br />
• 1 gtt QPM into conjunctival sac of affected eye(s)<br />
• Pt Ed: darkening of iris; darkening of eyelid; eyelash growth;<br />
aseptic technique; wait 5 min to instill another product<br />
• $97/month; generic latanoprost $23/month<br />
• Use for pts sensitive to preservatives<br />
References: (a) FDA approves Zioptan to treat elevated eye pressure. FDA News. February 14, 2012. (b) ZIOPTAN (tafluprost) [package<br />
insert]. Whitehouse Station NJ: Merck & Co., Inc., February 2012. (c) Tafluprost (Zioptan) –A New Topical Prostaglandin for Glaucoma.<br />
The Medical Letter 2012; 54(<strong>13</strong>88):31. (d) Glaucoma. Pharmacist’s Letter 2012; April(28). (e) Micromedex v<strong>15</strong>35, Accessed 8/8/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
Pulmonology » RDS<br />
• Impaired surfactant synthesis<br />
in premature infants<br />
• 20,000‐30,000 newborns annually<br />
~ 50% born at 26‐28 w gestation<br />
< 30% born at 30‐31 w gestation<br />
Approved 2/10/2012<br />
8/30/2012<br />
OP<br />
Pregnancy<br />
Category C<br />
NOT FOR USE<br />
IN CHILDREN<br />
Keep in Refrigerator<br />
DO NOT FREEZE<br />
Once pouch opened:<br />
Store at Controlled<br />
Room Temperature<br />
���<br />
PROTECT FROM<br />
MOISTURE<br />
�No Preservatives<br />
DISCARD unused portion<br />
Product<br />
Image<br />
• AAcute t CComplications li ti – alveolar l l rupture, t infection, i f ti intracranial i t i l<br />
hemorrhage, patent ductus arteriosus, pulmonary<br />
hemorrhage, necrotizing enterocolitis, apnea of prematurity<br />
• Chronic complications – bronchopulmonary dysplasia,<br />
retinopathy of prematurity, neurological impairment<br />
• Goal ‐ ↑ survival, ↓ severity of complica�ons<br />
• Treatment Options –antenatal steroids, resuscitation, gentle<br />
ventilation, supportive therapy … surfactant administration …<br />
Reference: Respiratory Distress Syndrome. Emedicine.medscape.com. March 9, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
Self‐Assessment 3<br />
Lucinactant (SURFAXIN) is …<br />
1. administered intratracheally using aseptic<br />
technique.<br />
22. warmed d and d shaken hk until il iit iis free‐flowing.<br />
f fl i<br />
3. stored in the refrigerator if not used<br />
immediately.<br />
4. 1 and 2 above are correct.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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8/34<br />
10/34<br />
12/34<br />
2
Pulmonology » Cystic Fibrosis<br />
• Autosomal recessive disorder<br />
• Defective CFTR gene<br />
– ↓ mucus hydra�on � sticky mucus<br />
– Increased viscosity of secretions in respiratory<br />
tract, pancreas, GI tract, sweat glands<br />
– Chronic lung disease & exocrine pancreatic<br />
insufficiencyy<br />
• Most common lethal inherited disease in<br />
Caucasians … 30,000 pts w/ CF in US<br />
• Median survival 40 years, M>F<br />
• Therapeutic Goals – maintain lung function;<br />
supplement enzymes, vitamins, minerals;<br />
manage complications<br />
• Treatment by multidisciplinary CF centers<br />
References: Cystic Fibrosis. Emedicine.medscape.com. May <strong>15</strong>, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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Self‐Assessment 4<br />
Which of the following is FALSE about ivacaftor?<br />
1. It is the first drug to address the cause of<br />
Cystic Fibrosis.<br />
22. It will ill bbenefit fi 30 30,000 000 CF patients i iin the h US. S<br />
3. It enhances chloride transport.<br />
4. It improves lung function and decreases<br />
exacerbations.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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��<br />
�<br />
Pregnancy<br />
Category C<br />
Store at Controlled<br />
Room Temperature<br />
PROTECT FROM<br />
MOISTURE<br />
Take with<br />
FOOD<br />
pancrelipase<br />
ULTRESA and VIOKACE<br />
• 4th & 5th pancreatic enzyme products<br />
• Pork‐derived lipase, protease, amylases<br />
• Unapproved pancreatic enzyme sunset April 2010<br />
• NOT interchangeable<br />
• ULTRESA: EC delayed‐release capsule for CF<br />
– Trial 1 DBPC crossover, 24 pts, 8‐37yo w/ CF. CFA 89%<br />
vs 56%; CNA 84% vs 59%<br />
– Trial 22, 9 pts pts, 7‐11yo 7 11yo w/ CF. CF CFA 83% vs 35%<br />
<strong>13</strong>/34<br />
<strong>15</strong>/34<br />
Approved 3/1/2012<br />
Pregnancy<br />
Category C<br />
PO<br />
NOT FOR USE<br />
IN CHILDREN<br />
Store at Controlled<br />
Room Temperature<br />
��<br />
��<br />
PROTECT FROM<br />
MOISTURE<br />
DO NOT<br />
CRUSH OR CHEW<br />
•<br />
– 2 Safety Trials: HA pharyngolaryngeal pain, nosebleed<br />
VIOKACE: uncoated tablet used w/ PPI for chronic<br />
pancreatitis<br />
Take with<br />
FOOD<br />
DO NOT<br />
CRUSH OR CHEW<br />
– RDBPC, 50 pts, 24‐70yo w/ EPI. CFA 86% vs 58%<br />
– 1 Safety Trial: biliary tract stones, anal pruritus<br />
• Caution: pork allergy, fibrosing colonopathy w/ hi‐<br />
dose, caution in gout, renal impairment,<br />
hyperuricemia, theoretical risk of viral transmission.<br />
• Not absorbed in GIT<br />
References: (a) Exocrine Pancreatic Insufficiency. Emedicine.medscape.com. July 6, 2012. (b) ULTRESA (pancrelipase) [package insert]. Birmingham<br />
AL: Aptalis Pharma US, Inc., March 2012. (c) VIOKACE (pancrelipase) [package insert]. Birmingham AL: Aptalis Pharma US, Inc., March 2012. (d) (FDA)<br />
FDA approves two new pancreatic enzyme products to aid food digestion. FDA News. March 1, 2012. (e) (ML) In Brief: Pancreatic Enzyme Products.<br />
The Medical Letter 2012; <strong>13</strong>57:12. (f) Gastroenterology. Pharmacist’s Letter 2012; 26:October. (g) Micromedex v<strong>15</strong>35, Accessed 8/8/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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17/34<br />
ivacaftor<br />
KALYDECO<br />
• CFTR protein enhancer, ↑s chloride transport<br />
• 1st drug to address CAUSE<br />
• CF w/ G551D mutation (1,200 pts)<br />
• 48w RDBC in 161 > 12yo: 10.4% ↑FEV1<br />
– ↑ lung fxn, ↓ respiratory symptoms, ↑ wt gain<br />
– 33% vs 59% pulmonary l exacerbation b i<br />
• 48w RDBC in 52 6‐11yo: 12.5% ↑ FEV1�<br />
• ↑ LFTs; mul�ple CYP3A interac�ons<br />
• <strong>15</strong>0 mg PO q12h w/ high‐fat meal<br />
• Avoid grapefruit & Seville oranges<br />
• Monitor FEV1; LFTs q3m x1yr; then qYR<br />
• Limited Distribution; $294,000/year<br />
References: (a) KALYDECO (ivacaftor) [package insert]. Cambridge MA: Vertex Pharmaceuticals, Inc., January 2012. (b) Cystic Fibrosis.<br />
Pharmacist's Letter 20120; March 2012 (28). (c) Ivacaftor (Kalydeco) for Cystic Fibrosis. The Medical Letter 2012; 54(<strong>13</strong>88):29. (d)<br />
Micromedex v<strong>15</strong>35, Accessed 8/7/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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Gastroenterology » EPI<br />
• Pancreatic enzyme deficiency<br />
– amylase, protease, lipase<br />
– Inability to digest food, esp. fatty food<br />
• Pancreatic causes: chronic pancreatitis, cystic<br />
fibrosis, pancreatic duct obstruction, SDS<br />
• 200,000 in US w/ pancreatic insufficiency<br />
• Steatorrhea, weight loss, watery diarrhea<br />
• Goal – facilitate food absorbtion<br />
• Treatment – lifestyle modification, vitamin<br />
supplementation, and … pancreatic enzyme<br />
replacement<br />
Approved 1/31/2012<br />
specialty<br />
medication<br />
8/30/2012<br />
PO<br />
Pregnancy<br />
Category B<br />
NOT FOR USE<br />
IN < 6 YO<br />
Store at Controlled<br />
Room Temperature<br />
Take with<br />
Fatty Food<br />
�<br />
References: (a) Exocrine Pancreatic Insufficiency. Emedicine.medscape.com. July 6, 2012. (b) FDA approves two new pancreatic enzyme products to<br />
aid food digestion. FDA News. March 1, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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Self‐Assessment 5<br />
Which is the following is FALSE about the<br />
pancreatic enzymes approved in 2012?<br />
1. ULTRESA is a delayed‐release capsule.<br />
22. VIOKACE is indicated in children with<br />
pancreatic insufficiency due to CF.<br />
3. ULTRESA and VIOKACE should be protected<br />
from moisture.<br />
4. ULTRESA and VIOKACE are NOT<br />
interchangeable.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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14/34<br />
16/34<br />
18/34<br />
3
Urology » Overactive Bladder<br />
• Urgency & urinary incontinence<br />
• Voiding > 8x/24hrs<br />
• Underlying detrusor overactivity<br />
– Neurological, muscular, idiopathic<br />
• 33 M Americans w/ OAB<br />
• Impaired QOL: ↑depression, ↓sleep,<br />
↑nocturnal falls … coping strategies<br />
• Treatment Options: pharmacotherapy,<br />
behavioral therapy, surgery (rare)<br />
References: (a) Overactive Bladder. Emedicine.medscape.com. June 29, 2012. (b) FDA approves Myrbetriq for overactive bladder. FDA News. June<br />
28, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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Self‐Assessment 6<br />
Overactive Bladder (OAB) decreases QOL by:<br />
1. Increasing depression.<br />
2. Increasing coping strategies.<br />
3. Increasing nocturnal falls.<br />
4. All of the above.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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REMS<br />
peginesatide<br />
OMONTYS®<br />
• ESA for anemia of CKD in DIALYSIS only<br />
• Synthetic pegylated peptide, stimulates erythropoiesis<br />
• 2 Trials, 1626 HD pts, ≥52w, noninferior to epoetin re Hgb<br />
• Safety: 22.8% vs 24,4% death, stroke, MI, HF, unstable<br />
angina, arrhythmia<br />
• CI: uncontrolled HTN<br />
• RTU. Syringe & SDV PF. Discard MDV 28 days after 1st use.<br />
• Start at 0.04 mg/kg q MO IV or SC, adjust to Hgb<br />
• If no response in 12 wks, will most likely not respond<br />
• Monitor BP, Hgb, iron stores<br />
• Comparable S/E to epoetin in pts w/ ESRD on dialysis<br />
• Administered less frequently, less expensive<br />
• Long‐term safety data lacking<br />
19/34<br />
21/34<br />
Approved 3/27/2012<br />
IV/SC<br />
Pregnancy<br />
Category C<br />
NOT FOR USE<br />
IN CHILDREN<br />
DO NOT FREEZE<br />
�<br />
References: (a) OMONTYS (peginesatide) [package insert]. Deerfield IL: Takeda Pharmaceuticals, March 2012. (b) Peginesatide (Omontys) for Anemia<br />
in Chronic Kidney Disease. The Medical Letter 2012; 54(<strong>13</strong>92):45. (c) Micromedex v<strong>15</strong>35, Accessed 7/29/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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Keep in Refrigerator<br />
DO NOT FREEZE<br />
PROTECT<br />
FROM LIGHT<br />
23/34<br />
mirabegron<br />
MYRBETRIQ<br />
• Beta‐3 agonist for OAB<br />
• Relaxes detrusor muscle to ↑ bladder capacity<br />
• 3 DBPCMC Trials, 41<strong>15</strong> pts w/ OAB<br />
– ↓�mes urinated, ↓urina�on accidents, ↑ urine<br />
volume/void<br />
• 3 DBPC Trials, 2736 pts<br />
– most common ADRs for TX DC: nausea nausea, HA HA, HTN HTN,<br />
diarrhea, cons�pa�on, dizziness, ↑HR<br />
• Caution: ↑BP, an�muscarinic drugs, CYP2D6<br />
interactions, digoxin<br />
• Reduce dose in renal & hepatic impairment.<br />
• Don’t give in ESRD or severe hepatic impairment.<br />
• 25 mg po QD; may ↑ to 50 mg QD p/ 8 weeks.<br />
• Modestly effective & may increase BP<br />
References: (a) Overactive Bladder. Emedicine.medscape.com. June 29, 2012. (b) MYRBETRIQ (mirabegron) [package insert]. Northbrook IL:<br />
Astellas Pharma US, Inc., June 2012. (c) FDA approves Myrbetriq for overactive bladder. FDA News. June 28, 2012. (d) Overactive Bladder.<br />
Pharmacist’s Letter 2012; 28:May. (e) Micromedex v<strong>15</strong>35, Accessed 8/8/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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Nephrology » Anemia of CKD<br />
Approved 6/28/2012<br />
8/30/2012<br />
PO<br />
Pregnancy<br />
Category C<br />
NOT FOR USE<br />
IN CHILDREN<br />
Store at Controlled<br />
Room Temperature<br />
DO NOT<br />
CRUSH OR CHEW<br />
• Kidneys responsible for 90% of EPO<br />
production<br />
• EPO production deficiency in CKD<br />
• SStage III CKD, 5.2% 2% concurrent anemia i<br />
• Stage IV CKD, 44.1% concurrent anemia<br />
• M/M depends on underlying causes & stage<br />
• Options: ESA to Hgb 11‐12 g/dL<br />
Reference: Anemia of Chronic Disease and Renal Failure. Emedicine.medscape.com. May 1, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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Self‐Assessment 7<br />
Peginesatide (OMONTYS) is indicated for:<br />
1. Anemia of CKD in dialysis patients.<br />
2. Anemia of CKD in non‐dialysis patients.<br />
3. Anemia of chronic disease, including cancer.<br />
4. All of the above.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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20/34<br />
22/34<br />
24/34<br />
4
Oncology » MTX Toxicity<br />
• MTX 1o kidney excretion<br />
• High dose<br />
– nephrotoxicity<br />
– Bone marrow suppression<br />
– Oral/GI ulceration<br />
– Liver toxicity<br />
• Goal: Reduce toxicity<br />
• Options: leucovorin, IV hydration,<br />
urine alkalinization … & …<br />
Reference: The Medical Letter 2012; <strong>13</strong>85:19.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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Self‐Assessment 8<br />
Glucarpidase (VORAXAZE)<br />
1. Is a monoclonal antibody that lowers toxic<br />
methotrexate concentrations.<br />
22. Is usually ll well ll tolerated, l d but b can cause<br />
serious anaphylactic reactions.<br />
3. Can be stored for 24 hours after<br />
reconstitution, if refrigerated.<br />
4. All of the above.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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pertuzumab<br />
PERJETA<br />
• Recombinant humanized mAb against HER2 receptor<br />
• Combo w/ trastuzumab and docetaxel for HER2+<br />
metastatic breast CA w/o prior metastatic tx; different<br />
binding site than trastuzumab<br />
• RMCDBPC Trial (CLEOPATRA), 808 pts” +6.1 mo PFS<br />
• Safety endpoints: febrile neutropenia, ↓sLVEF<br />
• 840 mg over 60 min i IV IV, then h 420mg 420 over 30‐60 30 60 min i q3w 3<br />
• Modify dose for delayed/missed doses, LVEF < 40%,<br />
trastuzumab hold/DC<br />
• Observe pt 60 min p/ #1, 30 min p/ subsequent infusions<br />
• Dilute in 250 mL NS, refrigerate x 24h –do NOT use D5W<br />
• Pt Ed: pregnancy prevention, pregnancy registry<br />
• HER2 status, pregnancy test, LVEF q3m, infusion<br />
reactions<br />
• $4075/vial<br />
References: (a) PERJETA (pertuzumab) [package insert]. South San Francisco CA: Genentech, Inc., May 2012. (b) Pertuzumab (Perjeta) for<br />
HER2‐Positive Metastatic Breast Cancer. The Medical Letter 2012; 54(<strong>13</strong>950:59. (c) Micromedex v<strong>15</strong>35, Accessed 8/7/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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25/34<br />
27/34<br />
Approved 6/8/2012<br />
Pregnancy<br />
Category D<br />
IV<br />
NOT FOR USE<br />
IN CHILDREN<br />
Keep in Refrigerator<br />
DO NOT FREEZE<br />
Mix Gently<br />
DO NOT SHAKE<br />
PROTECT<br />
��<br />
FROM LIGHT<br />
No Preservatives<br />
DISCARD unused portion<br />
29/34<br />
glucarpidase<br />
VORAXAZE®<br />
• Recombinant enzyme for toxic [MTX]<br />
– Converts to glutamate & DAMPA<br />
• 2 unpublished (PI) single‐arm, open‐label studies<br />
– Endpt: RSCIR [MTX] < 1 mcmol @ <strong>15</strong> min x 8 days; > 95%<br />
↓[MTX]<br />
– Safety data available for 290 pts; only 22 evaluated for<br />
efficacy<br />
• ADRs –rare serious allergic reactions; generally well<br />
tolerated<br />
• Continue leukovorin (not w/in 2h) &<br />
hydration/alkalinization<br />
• Preparation: reconstitute w/ 1 mL SWI; use w/in 4h if<br />
Refrig<br />
• Dose: 50 units/kg IV bolus over 5 minutes<br />
• Monitor: [MTX] normalization<br />
References: (a) VORAXAZE® (glucarpidase) [package insert]. West Conshohocken PA: BTG International, Inc.; January 2012. (b) The Medical Letter<br />
2012; <strong>13</strong>85:19. (c) Micromedex v<strong>15</strong>34, Accessed 7/27/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
Oncology » Breast Cancer<br />
Approved 1/17/2012<br />
Pregnancy<br />
Category C<br />
8/30/2012<br />
IV<br />
Keep in Refrigerator<br />
DO NOT FREEZE<br />
No Preservatives<br />
DISCARD unused portion<br />
• HER2 overexpression in 20% of breast cancers<br />
• More aggressive, worse prognosis before HER2‐<br />
targeted therapies (trastuzumab)<br />
• After 20 yrs of increasing incidence, now decreasing<br />
– Reduced use of HRT<br />
• 207,090 new F cases/yr in US (2010), 1970 new M<br />
• 39,840 F deaths in US (2010), 390 M deaths<br />
• Treatment Options; surgery for early‐stage, adjuvant<br />
therapy for micrometastasis.<br />
• HER2‐targeted therapies: trastuzumab, lapatinib …<br />
now … pertuzumab<br />
Reference: Breast Cancer. Emedicine.medscape.com. August 1, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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Self‐Assessment 9<br />
Pertuzumab (PERJETA) …<br />
1. Is a recombinant monoclonal antibody<br />
against the HER2 receptor.<br />
22. Fits i on a diff different HER2 2 bi binding di site i than h<br />
trastuzumab (HERCEPTIN).<br />
3. Should not be diluted into D5W.<br />
4. All of the above.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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26/34<br />
28/34<br />
30/34<br />
5
Infectious Disease » Vaccine<br />
• N. meningitidis (C&Y) and H. influenza type b<br />
• Early symptoms indistinguishable from other<br />
childhood illnesses<br />
• N. meningitis prevalence 1‐2 / 100,000<br />
• Hib incidence ↓d by 99% since vaccine (1988)<br />
• Fulminant meningococcemia fatal w/o ABs;<br />
50% mortality w/ ABs<br />
• Hib meningitis mortality 5%; 50% neurologic<br />
sequelae; 6% permanent hearing loss<br />
References: (a) Meningococcal Infections. Emedicine.medscape.com. October 17, 2011. (b) Haemophilus Influenzae Infections.<br />
Emedicine.medscape.com. January 10, 2012. (c) FDA approves new combination vaccine that protects children against two bacterial diseases. FDA<br />
News. June 14, 2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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Self‐Assessment 10<br />
The new N. meningitidis‐H. influenzae Vaccine<br />
(MENHIBRIX) is indicated for use in …<br />
1. infants < 6 weeks old.<br />
22. children hild from f 6 weeks k to 19 9 months. h<br />
3. Adults.<br />
4. All of the above.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
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31/34<br />
33/34<br />
N. meningitidis‐H. influenzae Vaccine<br />
MENHIBRIX®<br />
• Combo vaccine for 6w to 18 mos<br />
• Active immunization to prevent Neisseria meningitidis<br />
serogroups C and Y and Haemophilus influenzae type b<br />
• 6 Trials; 7,521 infants, antibody response predictive of<br />
protection<br />
• Safety trials; 7,500 infants; ADRs: pain, redness and<br />
swelling lli at t the th injection i j ti site, it irritability i it bilit and d fever f<br />
• Guillain‐Barré (weigh continuation), fainting, apnea<br />
(preemies)<br />
• Probable interaction w/ live measles virus vaccine<br />
• 0.5mL IM at 2, 4, 6, and 12‐<strong>15</strong> mos old. First as early as<br />
6 weeks, 4 th as late as 18 mos.<br />
• Administer immediately after reconstitution w/ diluent<br />
• Do not mix with other vaccines is same syringe or vial<br />
References: (a) MENHIBRIX (Meningococcal Groups C and Y and Haemophilus b Tetanus Toxoid Conjugate Vaccine) [package insert]. Research Triangle<br />
Park NC: GlaxoSmithKline, June 2012. (b) FDA approves new combination vaccine that protects children against two bacterial diseases. FDA News.<br />
June 14, 2012. (c) Micromedex v<strong>15</strong>35, Accessed 8/8/2012.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
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7<br />
General Wellbeing<br />
Dermatology<br />
Ophthalmology<br />
Otolaryngology<br />
Cardiology<br />
Pulmonology<br />
Gastroenterology<br />
Urology<br />
Nephrology<br />
Obstetrics/Gynecology<br />
Neurology gy<br />
Psychiatry<br />
Rheumatology<br />
Immunology<br />
Endocrinology<br />
Metabolic Disease<br />
Hematology<br />
Oncology<br />
Infectious Disease<br />
Radiology<br />
Other<br />
New Druggs<br />
2012-H2<br />
VIS<br />
Approved 6/14/2012<br />
8/30/2012<br />
IM<br />
Pregnancy<br />
Category C<br />
NOT FOR USE<br />
IN < 6wo or >19mo<br />
NOT FOR USE<br />
IN ADULTS<br />
Keep in Refrigerator<br />
or Room Temp<br />
DO NOT FREEZE<br />
Obesity: phentermine/topiramate PO (QSYMIA)<br />
Hypertriglyceridemia: icosapent PO (VASCEPA)<br />
COPD: aclidinium bromide INH (TUDORZA)<br />
Colonoscopy Prep: sodium picosulfate/<br />
magnesium oxide/citric acid PO (PREPOPIK)<br />
Multiple myeloma: carfilzomib IV (KYPROLIS)<br />
(Ph‐) ALL: vinCRIStine liposome IV (MARQIBO)<br />
Colon Cancer: ziv‐aflibercept IV (ZALTRAP)<br />
(as of 08/09/12)<br />
QUESTIONS?<br />
annanv@anovation.us<br />
References: (1) fda.gov. (2) drugs.com. (3) Pharmacist’s Letter.<br />
This presentation is provided for educational purposes only. Consult product specific prescribing information prior to application in the clinical setting.<br />
Graphics sourced from Google Image are used for educational purposes and may be protected by copyright law (Title 17 U.S. Code)<br />
©2012, Anovation, Inc. All rights reserved.<br />
32/34<br />
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6
NEW DRUGS AND BIOLOGICALS 2012<br />
RESOURCE LIST<br />
Specialty Generic Name Brand Name Company Rte Class & Indication Approval<br />
Oncology glucarpidase VORAXAZE BTG<br />
International<br />
IV Carbiztoeotudase for the treatment of toxic plasma methotrexate<br />
concentrations in patient with delayed methotrexate clearance due to<br />
impired renal function.<br />
1/17/2012<br />
Oncology axitinib INLYTA Pfizer PO Kinase inhibor for advanced renal cell cancer after failure of one prior<br />
systemic therapy.<br />
1/27/2012<br />
Oncology vismodegib ERIVEDGE Genentech PO Hedgehog pathway inhibitor for adult metastatic basal cell carinoma. 1/30/2012<br />
Pulmonology ivacaftor KALYDECO Vertex PO Cystic fibrosis trnasmembrance conductance regulator (CFTR) for the<br />
treatment of cystic fibrosis (CF) in patients 6 years old and older who<br />
have a G551D mutation in the CFTR gene.<br />
1/31/2012<br />
Dermatology ingenolmebutate PICATO Leo Pharma TOP Topical gel for actinic keratosis 1/23/2012<br />
Opthalmology tafluprost ZIOPTAN MSD OP Prostaglandin analog for reducing elevated intraocular pressure in openangle<br />
glaucoma or ocular hypertension.<br />
2/10/2012<br />
Endocrinology mifepristone KORLYM Corcept PO cortisol receptor blocker for hyperglycemia secondary to hypercortisolism 2/17/2012<br />
Therapeutics in adult patients with endogenous Cushing's syndrome who have type 2<br />
diabetes mellitus or glucose intolerance and have failed surgery or are<br />
not candidates for surgery<br />
Infectious quadrivalent FLUMIST MedImmune INH Vaccine to prevent seasonal influenza in people ages 2-49yo. Contains 2/29/2012<br />
Diseases influenza<br />
vaccine<br />
Quadrivalent<br />
four influenza strains (2 A and 2 B)<br />
Gastroenterology pancrelipase ULTRESA Aptalis Pharma PO Delayed-release capsule for children and adults with cystic fibrosis who<br />
cannot digest food normally because their pancreas does not make<br />
enough pancreatic enzymes<br />
3/1/2012<br />
Gastroenterology pancrelipase VIOKACE Aptalis Pharma PO In combination with a proton pump inhibitor for adults with chronic<br />
pancreatitis who cannot digest food normally.<br />
3/1/2012<br />
Pulmonology lucinactant SURFAXIN Discovery Labs ITR intratracheal suspension for the prevention of respiratory distress<br />
syndrome (RDS) in premature infants at high risk of RDS<br />
3/6/2012<br />
Surgery keratinocytes GINTUIT Organogenesis TOP allogeneic cellularized scaffold product indicated for topical (non- 3/9/2012<br />
and fibroblasts in<br />
submerged) application to a surgically created vascular wound bed in the<br />
bovine collagen<br />
treatment of mucogingival conditions in adults<br />
Nephrology peginesatide OMONTYS Affymax IV-SQ erythropoiesis-stimulating agent (ESA) for the treatment of anemia due<br />
to chronic kidney disease (CKD) in adult patients on dialysis<br />
Radiology Florbetapir F18 AMYVID Avid IV radioactive diagnostic agent for Positron Emission Tomography (PET)<br />
Radiopharmace imaging of the brain to estimate β-amyloid neuritic plaque density in<br />
uticals<br />
adult patients with cognitive impairment who are being evaluated for<br />
Alzheimer’s Disease (AD) and other causes of cognitive decline<br />
NOTE: This chart is provided for reference purposes only. Product specific prescribing information (see Brand Name links) should be consulted prior to application in the clinical setting. 1 of 2<br />
3/27/2012<br />
4/6/2012
NEW DRUGS AND BIOLOGICALS 2012<br />
RESOURCE LIST<br />
Specialty Generic Name Brand Name Company Rte Class & Indication Approval<br />
Urology avanafil STENDRA Vivus PO phosphodiesterase 5 (PDE5) inhibitor indicated for the treatment of<br />
erectile dysfunction<br />
4/27/2012<br />
Metabolic taliglucerase alfa ELELYSO Pfizer / Protalix IV hydrolytic lysosomal glucocerebroside-specific enzyme indicated for long- 5/1/2012<br />
Disease<br />
Bio<br />
term enzyme replacement therapy (ERT) for adults with a confirmed<br />
Therapeutics diagnosis of Type 1 Gaucher disease.<br />
Oncology pertuzumab PERJETA Genentech IV HER2/neu receptor antagonist indicated in combination with trastuzumab<br />
and docetaxel for the treatment of patients with HER2-positive<br />
metastatic breast cancer who have not received prior anti-HER2 therapy<br />
or chemotherapy for metastatic disease<br />
6/8/2012<br />
Infectious meningitis & MENHIBRIX Glaxo Smith IM Active immunization to prevent invasive disease caused by Neisseria 6/14/2012<br />
Diseases haemophilus<br />
Kline<br />
meningitidis serogroups C and Y and Haemophilus influenzae type b.<br />
influenzae<br />
MENHIBRIX is approved for use in children 6 weeks of age through 18<br />
vaccine<br />
months of age<br />
General lorcaserin BELVIQ Eisai PO Serotonin 2C receptor agonist as an adjunct to a reduced-calorie diet and 6/27/2012<br />
Wellbeing hydrochloride<br />
exercise, for chronic weight management in adults with an initial BMI ><br />
30kg/m2 or BMI > 27kg/m2 with one weight-related co-morbid condition.<br />
Urology mirabegron MYRBETRIQ Astellas PO Beta-3 adrenergic agonist indicated for the treatment of overactive<br />
bladder (OAB) with symptoms of urge urinary incontinence, urgency, and<br />
urinary frequency.<br />
Sources: Pharmacist’s Letter; FDA.gov; drugs.com; manufacturer websites 20<br />
Provided as a professional courtesy by:<br />
1006 South Michigan Avenue, Suite 702 | Chicago Illinois 60605 | 312-608-1495 tel | 312-268-5112 fax | www.anovation.us<br />
NOTE: This chart is provided for reference purposes only. Product specific prescribing information (see Brand Name links) should be consulted prior to application in the clinical setting. 2 of 2<br />
6/28/2012
Disease State Reviews for Pharmacy Technicians<br />
Bugs and Drugs 101: A Review of<br />
Infectious Diseases for Technicians<br />
Nicole Costa, PharmD<br />
<strong>September</strong> <strong>15</strong>, 2012<br />
*The speaker has no actual or potential conflict of interest in relation to this activity.<br />
Urinary Tract Infections (UTI) 1,2<br />
• Usually young females<br />
• Symptoms:<br />
– Urgency<br />
– Frequency<br />
– Painful urination<br />
– No fever<br />
– Normal white blood cell count<br />
• E. coli is the most common bacteria<br />
• Treatment options include SMX/TMP or<br />
ciprofloxacin<br />
Pyelonephritis 2<br />
• Upper UTI involving kidneys<br />
• More serious infection<br />
• Symptoms:<br />
– Fever/chills<br />
– Flank/abdominal pain<br />
– Nausea/vomiting<br />
• Need to treat with IV antibiotics until<br />
symptoms improve<br />
– Ciprofloxacin, ceftriaxone, pip/tazo<br />
Learning Objectives<br />
• Identify common bacterial infections that<br />
occur in the acute care setting.<br />
• Discuss appropriate antibiotic therapy<br />
regimens for treating infections using<br />
evidence‐based recommendations.<br />
• Discuss the technician’s role in assessing the<br />
appropriateness of antibiotic use within an<br />
acute care setting.<br />
Complicated Urinary Tract Infections 3<br />
• Can occur in:<br />
– Men<br />
– Pregnant women<br />
– Patients from a hospital/nursing home<br />
– People who use catheters<br />
• Symptoms:<br />
– Fever<br />
– Elevated white blood cell count<br />
– Altered mental status<br />
• Treatment options include ciprofloxacin, ceftriaxone,<br />
or piperacillin/tazobactam<br />
Case Study<br />
• GB is a 76 year old female who resides in a<br />
nursing home. She is admitted to the hospital<br />
with a temperature of 102, altered mental<br />
status status, nausea nausea, and left flank pain pain.<br />
• GB most likely has which of the following<br />
conditions:<br />
A) uncomplicated UTI<br />
B) complicated UTI<br />
C) pyelonephritis<br />
8/29/2012<br />
1
Cellulitis 4,5<br />
• Bacterial infection of the outer skin levels as well as the<br />
deeper fat layers<br />
• Symptoms:<br />
– Redness<br />
– Warm feeling skin<br />
– Inflammation<br />
– Pain<br />
• Staph aureus is the most common bacteria<br />
• Treatment options:<br />
– Cephalexin (not MRSA), clindamycin, SMX/TMP, doxycycline<br />
Case Study<br />
• AR is a 17 year old male who wrestles on his high<br />
school team. He noticed what looked like a<br />
spider bite on his arm 1 week ago, and now his<br />
whole forearm is red, , swollen, , and painful. p He<br />
goes to his doctor and is diagnosed with cellulitis.<br />
• Which bacteria is most likely the cause of AR’s<br />
infection?<br />
A) E.coli B) Pseudomonas<br />
C) Klebsiella D) MRSA<br />
Sinusitis 8<br />
• Inflammation of the sinuses<br />
• May be caused by infection, allergy, or<br />
autoimmune disease<br />
• Symptoms:<br />
– Nasal l congestion and d discharge d h<br />
– Loss of smell<br />
– Pressure‐like pain/facial tenderness<br />
• Most cases are caused by viruses<br />
• If symptoms last > 10 days, may be bacterial<br />
– Amoxicillin is the drug of choice<br />
Diabetic Foot Infections 6<br />
• Decreased blood flow to the feet<br />
�less oxygen<br />
�ideal for bacteria that survive without oxygen<br />
• Infections are caused by multiple different bacteria<br />
• Treat with broad spectrum antibiotics<br />
• Treatment options:<br />
– Piperacillin/tazobactam<br />
– Clindamycin + levofloxacin<br />
• Can progress to osteomyelitis (infection of bone) if<br />
left untreated<br />
Pharyngitis (“strep throat”) 7<br />
• Inflammation of the throat<br />
• Symptoms:<br />
– Fever<br />
– SSwollen ll llymph hglands l d<br />
– White exudate on tonsils<br />
– Sore throat/difficulty swallowing<br />
• Less than 30% caused by the bacteria<br />
Streptococcus pyogenes<br />
• Most commonly caused by viruses<br />
Acute Bronchitis 9<br />
• Inflammation of the lungs<br />
• Symptoms:<br />
– Cough<br />
Sh f b h<br />
– Shortness of breath<br />
– Sputum (phlegm)<br />
• Usually caused by a virus<br />
• Typically not treated with antibiotics<br />
8/29/2012<br />
2
Chronic Obstructive Pulmonary<br />
Disease (COPD) 10<br />
• Airflow limitation that is not fully reversible<br />
(chronic bronchitis)<br />
• Primarily caused by cigarette smoking<br />
• COPD exacerbation symptoms:<br />
– Change in baseline cough, shortness of breath, or<br />
sputum production<br />
• Treat with antibiotics depending on severity of<br />
exacerbation<br />
– Azithromycin, amoxicillin/clavulanate, levofloxacin<br />
Case Study<br />
• PR is a 57 year old male who has been smoking 2<br />
packs of cigarettes per day for the past 40 years. He<br />
normally has a dry cough and shortness of breath on<br />
exertion. PR decides to go to the doctor because he<br />
hhas been b coughing hi more with ith a lot l tof f sputum t and d<br />
can barely breath even when he is resting.<br />
• PR is most likely suffering from:<br />
A) Acute bronchitis B) COPD exacerbation<br />
C) Pneumonia D) Pharyngitis<br />
Case Study<br />
• LM is a 48 year old female who has been<br />
taking clindamycin for 1 week to treat a<br />
cellulitis infection. She develops abdominal<br />
cramping and is having diarrhea up to 7 times<br />
per day. She is diagnosed with C. diff colitis.<br />
• An appropriate antibiotic for the treatment of<br />
LM’s C. diff infection is:<br />
A) Levofloxacin B) Metronidazole<br />
C) Cephalexin D) Amoxicillin<br />
Pneumonia (PNA) 11<br />
• Inflammatory condition of the lung<br />
• Can be caused by bacteria, viruses, fungi, or parasites<br />
– Strep pneumo causes up to 50% of community‐acquired PNA<br />
• Symptoms:<br />
– Cough/chest pain<br />
– Fever<br />
– Difficulty breathing<br />
• Community‐acquired<br />
– Levofloxacin or azithromycin (+ ceftriaxone in hospital)<br />
• Hospital‐acquired<br />
– Pip/tazo + azithromycin or levofloxacin<br />
Pseudomembranous Colitis 12<br />
• Caused by the bacteria Clostridium difficile<br />
– Commonly known as C. diff<br />
• Usually a side effect of being on antibiotics<br />
• Symptoms:<br />
– Watery diarrhea > 3 times per day<br />
– Abdominal cramping<br />
– Blood in stool in severe infections<br />
• Treatments include metronidazole or oral<br />
vancomycin<br />
Technician’s Role<br />
• Clinical technicians can be a huge asset to<br />
pharmacists in the acute care setting<br />
• Assist in data collection<br />
– TTemperature t<br />
– White blood cell count<br />
– Culture monitoring<br />
– Appropriate dosing<br />
– Changing from IV to oral antibiotics<br />
8/29/2012<br />
3
References<br />
1. U.S. National Library of Medicine. Urinary Tract Infections‐Adults. Available at:<br />
http://www.ncbi.nlm.nih.gov/pubmedhealth/PMH000<strong>15</strong>49/. Accessed July 22, 2012.<br />
2. Gupta D, Hooton TM, Naber KG, et al. International Clinical Practice Guidelines for the Treatment of Acute Uncomplicated<br />
Cystitis and Pyelonephritis in Women: A 2010 Update by the Infectious Diseases Society of America and the European<br />
Society for Microbiology and Infectious Diseases. Clin Infect Dis. (2011) 52 (5): e103‐e120.<br />
3. Hooton T, Bradley S, Cardenes DD, et al. Diagnosis, Prevention, and Treatment of Catheter‐Associated Urinary Tract<br />
Infection in Adults: 2009 International Clinical Practice Guidelines from the Infectious Diseases Society of America. Clin<br />
Infect Dis. (2010) 50 (5): 625‐663.<br />
4. U.S. National Library of Medicine. Cellulitis. Available at: http://www.ncbi.nlm.nih.gov/pubmedhealth/PMH0001858/.<br />
Accessed July 22,2012.<br />
5. Stevens DL, Bisno AL, Chambers HF, et al. Practice Guidelines for the Diagnosis and Management of Skin and Soft‐Tissue<br />
Infections. Clin Infect Dis. (2005) 41 (10): <strong>13</strong>73‐1406.<br />
6. Lipsky BA, Berendt AR, Cornia PB, et al. 2012 Infectious Diseases Society of America Clinical Practice Guideline for the<br />
Diagnosis g and Treatment of Diabetic Foot Infections. Clin Infect f Dis. (2012) ( ) 54 ( (12): ) e<strong>13</strong>2‐e173.<br />
7. Bisno AL, Gerber MA, Gwaltney JM, et al. Practice Guidelines for the Diagnosis and Management of Group A Streptococcal<br />
Pharyngitis. Clin Infect Dis. (2002) 35 (2): 1<strong>13</strong>‐125.<br />
8. U.S. National Library of Medicine. Sinusitis. Available at: http://www.ncbi.nlm.nih.gov/pubmedhealth/PMH0001858/.<br />
Accessed August 4, 2012.<br />
9. U.S. National Library of Medicine. Bronchitis. Available at: http://www.ncbi.nlm.nih.gov/pubmedhealth/PMH0002078/.<br />
Accessed July 27, 21012.<br />
10. U.S. National Library of Medicine. Chronic Obstructive Pulmonary Disease. Available at:<br />
http://www.ncbi.nlm.nih.gov/pubmedhealth/PMH0001<strong>15</strong>3/. Accessed July 27, 2012.<br />
11. Mandell LA, Wunderink RG, Anzueto A, et al. Infectious Diseases Society of America/American Thoracic Society Consensus<br />
Guidelines on the Management of Community‐Acquired Pneumonia in Adults. Clin Infect Dis. (2007) 44 (Supplement 2):<br />
S27‐S72.<br />
12. Cohen SH, Gerding DN, Johnson S, et al. Clinical Practice Guidelines for Clostridium difficile Infection in Adults: 2010<br />
Update by the Society for Healthcare Epidemiology of America (SHEA) and the Infectious Diseases Society of America<br />
(IDSA). Infection Control and Hospital Epidemiology , Vol. 31, No. 5 (May 2010), pp. 431‐455<br />
Questions?<br />
8/29/2012<br />
4
Disease State Reviews for Pharmacy Technicians<br />
Catch Your Breath: Catch Up on the<br />
Latest in Asthma Education<br />
Jennifer Arnoldi Arnoldi, PharmD PharmD, BCPS<br />
<strong>ICHP</strong> <strong>Annual</strong> <strong>Meeting</strong><br />
<strong>September</strong> <strong>15</strong>, 2012<br />
I have no conflicts of interest to disclose.<br />
Objectives<br />
• List at least three triggers that could lead to an<br />
asthma attack.<br />
• List the common asthma medications.<br />
• Describe ib the h phases h of f an asthma h action i plan. l<br />
Asthma<br />
• Chronic inflammatory airway disorder<br />
• Patient complaints<br />
– Wheezing and breathlessness<br />
– CCough h<br />
– Chest tightness<br />
• Especially at night or early morning<br />
Kelly HW and Sorkness CA. Asthma. In: DiPiro JT, Talbert RL, Yee GC, Matzke GR, Wells BG, Posey LM, eds. Pharmacotherapy: A Pathophysiologic Approach. 8th ed.<br />
New York, NY: McGraw-Hill; 2011:439-470.<br />
• Objectives<br />
• Asthma review<br />
• Asthma treatment<br />
• Asthma action plan<br />
• Summary<br />
• Questions<br />
<strong>Outline</strong><br />
Introduction<br />
• 23 million Americans live with asthma<br />
• Asthma’s annual toll<br />
– 10.6 million doctor’s appointments<br />
– 11.7 million illi trips i to the h emergency room<br />
– 10.1 million missed work days<br />
– 12.8 million missed school days<br />
– 444,000 hospitalizations<br />
– 3,6<strong>13</strong> deaths<br />
National Asthma Control Initiative Action Guide. (NIH Publication 10-7542). Bethesda, MD: <strong>September</strong> 2010. U.S. Department of Health and Human Services. National<br />
Institutes of Health. National Heart, Lung, and Blood Institute.<br />
Characteristics of Asthma<br />
• Symptoms are reversible with proper<br />
treatment<br />
• Symptoms can be triggered<br />
– All Allergens<br />
– Irritants<br />
– Cold air<br />
– Certain medications<br />
Kelly HW and Sorkness CA. Asthma. In: DiPiro JT, Talbert RL, Yee GC, Matzke GR, Wells BG, Posey LM, eds. Pharmacotherapy: A Pathophysiologic Approach. 8th ed.<br />
New York, NY: McGraw-Hill; 2011:439-470.<br />
8/30/2012<br />
1
Inhaled Medications for Asthma<br />
• Steroids<br />
– Examples: fluticasone, budesonide, mometasone<br />
– Reduce swelling / inflammation in the airways<br />
• Beta‐agonists<br />
Beta agonists<br />
– Example: albuterol and levalbuterol<br />
– Open up airways<br />
• Anticholinergics<br />
– Example: ipratropium and tiotropium<br />
– Relax airways and decrease secretions<br />
PL Technician Training Tutorial, Dispensing Inhalers. Pharmacist's Letter 2012; 28(2):280230<br />
Types of Inhalers<br />
Metered Dose Inhalers (MDI) Dry Powder Inhalers (DPI)<br />
Usually “L” shaped Usually disk or tube shaped<br />
Chemical propels medication from canister Inhaler contains powder that patient<br />
forcibly inhales into lungs<br />
Patients need good “inhaler technique” Some require insertion of capsule<br />
Long, slow breath Quick & forceful breath<br />
May be used with spacer devices No spacer is needed<br />
Must be “primed” before first use or if not<br />
used for a few days<br />
Does not require priming<br />
Must be shaken well before using Does not require shaking<br />
Mouthpiece should be cleaned with water May clean mouthpiece with dry tissue<br />
Tips for Correct Use of Inhalers. Pharmacist's Letter 2008; 24(4):240406<br />
Using a Peak Flow Meter<br />
• Patient blows a fast, hard breath into the<br />
mouthpiece<br />
• Patient records the score shown on the meter<br />
• Repeat twice<br />
• Best of three scores is ‘peak flow rate’<br />
• Can be done daily for a few weeks to find<br />
‘personal best’<br />
Kelly HW and Sorkness CA. Asthma. In: DiPiro JT, Talbert RL, Yee GC, Matzke GR, Wells BG, Posey LM, eds. Pharmacotherapy: A Pathophysiologic Approach. 8th ed.<br />
New York, NY: McGraw-Hill; 2011:439-470.<br />
Why Did Some Inhalers Change?<br />
• Chlorofluorocarbons (CFCs)<br />
– Chemical to propel medication from the inhaler<br />
– Now banned for environmental reasons<br />
– Inhalers aesc changed a gedto to use HFAs s (hydrofluoroalkanes)<br />
( yd o uo oa a es)<br />
• Combivent® (albuterol and ipratropium)<br />
– Still contains CFC<br />
– Will be phased out by the end of 20<strong>13</strong> and<br />
replaced with Combivent Respimat®<br />
PL Technician Training Tutorial, Dispensing Inhalers. Pharmacist's Letter 2012; 28(2):280230<br />
Peak Flow<br />
• Peak flow meter device measures how well<br />
the patient’s lungs are working<br />
• Helpful for:<br />
– MMonitoring it i day‐to‐day d t d breathing b thi changes h<br />
– Tracking asthma control<br />
– Recognizing a flare‐up<br />
– Deciding when to call the doctor or go to the<br />
emergency department<br />
Kelly HW and Sorkness CA. Asthma. In: DiPiro JT, Talbert RL, Yee GC, Matzke GR, Wells BG, Posey LM, eds. Pharmacotherapy: A Pathophysiologic Approach. 8th ed.<br />
New York, NY: McGraw-Hill; 2011:439-470.<br />
Asthma Action Plan<br />
• Treatment plan based on patient’s symptoms<br />
or peak flow measurements<br />
• Categories<br />
– GGreen<br />
– Yellow<br />
– Red<br />
• Treatment recommendations based on<br />
category<br />
Asthma Action Plan. (NIH Publication No. 07-5251). Bethesda, MD: April 2007. U.S. Department of Health and Human Services. National Institutes of Health. National<br />
Heart, Lung, and Blood Institute.<br />
8/30/2012<br />
2
Green Zone<br />
• Patient is not having symptoms<br />
• Patient can do usual activities<br />
• Patient should take regular medications as<br />
prescribed p<br />
Asthma Action Plan. (NIH Publication No. 07-5251). Bethesda, MD: April 2007. U.S. Department of Health and Human Services. National Institutes of Health. National<br />
Heart, Lung, and Blood Institute.<br />
Red Zone<br />
• Patient is very symptomatic<br />
• Patient may have progressed to this stage<br />
from the Yellow Zone<br />
• Patient needs to use high doses of quick‐relief<br />
medicine and call his/her doctor or go to the<br />
hospital<br />
Asthma Action Plan. (NIH Publication No. 07-5251). Bethesda, MD: April 2007. U.S. Department of Health and Human Services. National Institutes of Health. National<br />
Heart, Lung, and Blood Institute.<br />
Yellow Zone<br />
• Patient is having symptoms or waking up at<br />
night due to asthma<br />
– Asthma symptoms may limit patient’s ability to do<br />
some activities<br />
• Pti Patient tneeds d tto use quick‐relief ik li f medicine di i<br />
Asthma Action Plan. (NIH Publication No. 07-5251). Bethesda, MD: April 2007. U.S. Department of Health and Human Services. National Institutes of Health. National<br />
Heart, Lung, and Blood Institute.<br />
References<br />
1. National Asthma Control Initiative Action Guide. (NIH Publication 10‐<br />
7542). Bethesda, MD: <strong>September</strong> 2010. U.S. Department of Health and<br />
Human Services. National Institutes of Health. National Heart, Lung, and<br />
Blood Institute.<br />
2. Kelly HW and Sorkness CA. Asthma. In: DiPiro JT, Talbert RL, Yee GC,<br />
Matzke GR, GR Wells BG, BG Posey LM, LM eds. eds Pharmacotherapy: A<br />
Pathophysiologic Approach. 8th ed. New York, NY: McGraw‐Hill;<br />
2011:439‐470.<br />
3. PL Technician Training Tutorial, Dispensing Inhalers. Pharmacist's Letter<br />
2012; 28(2):280230<br />
4. Tips for Correct Use of Inhalers. Pharmacist's Letter 2008; 24(4):240406<br />
5. Asthma Action Plan. (NIH Publication No. 07‐5251). Bethesda, MD: April<br />
2007. U.S. Department of Health and Human Services. National<br />
Institutes of Health. National Heart, Lung, and Blood Institute.<br />
Questions Post Test Question<br />
1. Which of the following asthma medications is<br />
a beta‐agonist?<br />
a. Albuterol<br />
b Fluticasone<br />
b. Fluticasone<br />
c. Tiotropium<br />
d. Budesonide<br />
8/30/2012<br />
3
Post Test Question 2<br />
2. True or False. All patients with asthma have<br />
the same triggers for an asthma attack.<br />
a. True<br />
bb. False<br />
8/30/2012<br />
4
Disease State Reviews for Pharmacy Technicians<br />
The Sweet Life: Recognizing the<br />
Signs and Symptoms of Diabetes<br />
and the Common Challenges of<br />
Diabetes b Management<br />
Ryan Birk<br />
PharmD Candidate 20<strong>13</strong><br />
Southern Illinois University Edwardsville School of<br />
Pharmacy<br />
Objectives<br />
• Recognize common signs and symptoms of<br />
diabetes<br />
• Describe the differences in insulin onset and<br />
duration<br />
• Define common challenges for diabetes<br />
patients<br />
County‐level Estimates of Diagnosed<br />
Diabetes among Adults aged ≥ 20 years:<br />
United States 2009<br />
Centers for Disease Control and Prevention: National Diabetes Surveillance System.<br />
Available online at: http://apps.nccd.cdc.gov/DDTSTRS/default.aspx. Retrieved 8/17/2012.<br />
Percent<br />
0 - 6.5<br />
6.6 - 8.0<br />
8.1 - 9.4<br />
9.5 - 11.1<br />
> 11.2<br />
Conflict of Interest Declaration<br />
• The speaker has no conflicts to disclose.<br />
Future of Diabetes Mellitus<br />
• Currently 25.8 million individuals have<br />
diabetes (8.3 % of the U.S. population)<br />
• Estimated 7.0 million individuals are<br />
undiagnosed<br />
• $174 billion in total cost for diabetes care each<br />
year<br />
Prevalence<br />
Obesity (BMI ≥30 kg/m2 )<br />
1994 2000 2010<br />
No Data
Defining Diabetes Mellitus<br />
• Diabetes mellitus is a group of metabolic<br />
disorders of fat, carbohydrate, and protein<br />
metabolism that results from a defect in<br />
insulin secretion secretion, insulin action (sensitivity),<br />
(sensitivity)<br />
or both.<br />
Type 1 vs. Type 2 Diabetes<br />
Type 1 Type 2<br />
Percentage of<br />
patients<br />
5%–10% ~90%<br />
Typical age at onset 40 yr<br />
Typical presentation Acute symptoms; May not be<br />
at diagnosis markedly elevated<br />
blood glucose<br />
diagnosed until<br />
complications appear<br />
Obesity Uncommon Very common<br />
Treatment Insulin Lifestyle changes and<br />
pharmacotherapy<br />
Diabetic ketoacidosis Often present Rare<br />
Which is a sign or symptom of<br />
diabetes?<br />
1. Decreased blood<br />
pressure<br />
2. Increased blood<br />
pressure<br />
3. Night time urinations<br />
4. Does not finish meals<br />
9<br />
Types of Diabetes<br />
• Type 1 diabetes<br />
– Patients do not produce insulin<br />
• TType 2 di diabetes b t<br />
– Patients do not produce enough insulin or the<br />
cells ignore insulin (cell sensitivity)<br />
Common Signs and Symptoms<br />
• Frequent urination<br />
• Uncontrolled thirst<br />
• Extreme hunger<br />
• Blurred vision or<br />
drowsiness<br />
• Frequent infections<br />
Insulin Therapy<br />
8/29/2012<br />
2
• A hormone produced by<br />
the pancreas<br />
• Central to regulating<br />
metabolism in the body<br />
– Signals the liver, muscle,<br />
and fat tissues to take up<br />
glucose from the blood<br />
What is Insulin?<br />
How to Classify Insulin<br />
Insulin Type Generic<br />
Names<br />
Rapid‐acting lispro, aspart,<br />
glulisine<br />
Regular or Short‐<br />
acting<br />
Intermediate‐<br />
acting<br />
Brand<br />
Names<br />
Humalog,<br />
Novolog, Apidra<br />
regular (R) Humulin R,<br />
Novolin R<br />
NPH (N), detemir Humulin N,<br />
Novolin N,<br />
Levemir<br />
Long‐acting glargine Lantus<br />
Differences in Insulin<br />
Rapid-acting<br />
Regular or Short-acting<br />
Intermediate-acting<br />
Long-acting<br />
How to Classify Insulin<br />
• Difference types of insulin:<br />
– Rapid‐acting<br />
– Regular or Short‐acting<br />
– Intermediate Intermediate‐acting acting<br />
– Long‐acting<br />
• Each insulin has 3 characteristics:<br />
– Onset<br />
– Peak time<br />
– Duration<br />
Differences in Insulin<br />
Insulin Type Onset Peak<br />
time<br />
Duration<br />
Rapid‐acting 5 minutes 1 hour 2 to 4 hours<br />
Regular or<br />
Short‐acting<br />
30 minutes 2 to 3 hours 3 to 6 hours<br />
Intermediate<br />
‐acting<br />
2 to 4<br />
hours<br />
Long‐acting 6 to 10<br />
hours<br />
4 to 12<br />
hours<br />
Theoretically<br />
should not<br />
peak<br />
12 to 18<br />
hours<br />
20 to 24<br />
hours<br />
What is the onset of regular (R) insulin<br />
after administering it to a patient?<br />
1. 5 minutes<br />
2. 30 minutes<br />
3. 60 minutes<br />
4. 90 minutes<br />
8/29/2012<br />
3
Common Challenges for Patients<br />
with Diabetes<br />
• Microvascular<br />
– Eye Complications<br />
– Kidney Complications<br />
– Nerve Damage (Neuropathy)<br />
• Macrovascular<br />
– Weight gain<br />
• Typically increases when started on insulin<br />
– Foot Complications<br />
– Heart and Brain Complications<br />
Which of the conditions below is an<br />
emergency complication/challenge?<br />
1. Nerve damage<br />
2. Weight gain<br />
3. Foot Complications<br />
4. Ketoacidosis<br />
References<br />
1. Diabetes.org [Internet]. Alexandria: American Diabetes Association;<br />
c1995‐2012 [updated 2012 May 16; cited 2012 Aug <strong>13</strong>]. Available<br />
from: http://www.diabetes.org/.<br />
2. CDC.gov [Internet]. Atlanta: Centers for Disease Control and Prevention;<br />
[updated 2012 Feb 16; cited 2012 Aug <strong>13</strong>]. Available from:<br />
http://www http://www.cdc.gov/. cdc gov/<br />
3. American Diabetes Association. Standards of medical care in diabetes.<br />
Diabetes Care 2012;35;S11‐S63.<br />
4. Dipiro J, Talbert B, Yee GC, Matzke GR, Wells BG, Posey LM, editors.<br />
Pharmacotherapy: A Pathophysiologic Approach. 7th ed. New York:<br />
McGraw‐Hill; 2008.<br />
5. Kitabchi A, Rose B. Treatment of diabetic ketoacidosis and hyperosmolar<br />
hyperglycemic state in adults. UpToDate. Waltham; 2012.<br />
Common Challenges for Patients<br />
with Diabetes<br />
• Emergency Complication<br />
– Ketoacidosis<br />
• Body starts burning fat for energy instead of glucose<br />
• Possible cause is failure to treat high blood glucose<br />
• Serous condition that can lead to coma or even death<br />
• Treatment:<br />
– Intravenous regular insulin<br />
– Lower Blood Glucose (Hypoglycemia)<br />
• Treatment:<br />
– Glucagon injection<br />
Questions?<br />
8/29/2012<br />
4
Unraveling Unraveling The The Puzzle Puzzle of of<br />
Substance Substance Abuse Abuse and and<br />
Chemical Chemical Dependency<br />
Dependency<br />
Within Within Pharmacy<br />
Pharmacy<br />
Wally Cross, RPh, MHS, CADC<br />
Resurrection Behavioral Health –<br />
Professionals Program<br />
847 493 3519<br />
wcross@reshealthcare.org<br />
The speaker has no conflict of interest to disclose.<br />
What What we we will will cover cover<br />
• Addiction 101 –basic facts about addiction<br />
• Statistics regarding addiction<br />
• Issues associated with addictive disease in<br />
pharmacists<br />
• Observable signs of addiction<br />
• How to help a colleague or patient with<br />
addiction<br />
• Prescription drug abuse<br />
• Resources available to you<br />
Questions Questions you you will will be be able able to to answer answer<br />
• What is the likelihood that one of you will develop<br />
chemical dependency in your lifetime?<br />
• What is the primary drug of choice for pharmacists?<br />
• What is the best referral you can make to a<br />
colleague ll iin ttrouble bl ?<br />
• What differentiates pharmacists from other<br />
addicted health professionals ?<br />
• What is the most common way people get<br />
controlled drugs without a prescription ?<br />
8/29/2012<br />
1
Some Some Facts Facts of of Interest Interest<br />
• One in every 8 Americans will have a problem with alcohol or another drug at<br />
some point in their lives.<br />
• Approximately 27 million Americans use illicit drugs regularly or are heavy<br />
drinkers.<br />
• An untreated alcoholics medical costs are 300% higher than a non alcoholic.<br />
• Interestingly, nicotine kills more Americans than alcohol, cocaine, heroin,<br />
methamphetamine, motor vehicle accidents, homicides, suicides, and fires<br />
combined.<br />
• Addiction is potentially the most serious health problem facing America in 2012.<br />
• The drug of choice for pharmacists is hydrocodone = other health professionals =<br />
alcohol<br />
• The most serious illness to afflict pharmacists in the 1st <strong>15</strong> years of practice is<br />
addiction.<br />
* 1) SAMHSA – Substance Abuse and Mental Health Services Administration 2012 statistics<br />
Addiction Addiction 101 101<br />
Experiential Learning<br />
Experience<br />
Addiction Addiction defined defined<br />
Addiction is defined as a chronic, relapsing, brain<br />
disease that is characterized by compulsive drug<br />
seeking and use despite harmful consequences<br />
Nora D. Volkow, MD<br />
Director : National Institute<br />
of Drug Abuse<br />
8/29/2012<br />
2
The Reward Center<br />
In time, serious and prolonged cocaine use can actually<br />
change the structure of the brain<br />
Causes shriveling of the axon filament and severe shortening of the<br />
dendrites leading to decreased conductivity of the dopamine neurons and<br />
eventually to anhedonia (the inability to feel pleasure or simply to feel OK)<br />
What it looks like in a real person<br />
8/29/2012<br />
3
Addiction In Pharmacy<br />
Environmental influences on pharmacists<br />
that increase vulnerability to addiction<br />
• Job stress ‐‐<br />
– 400 opportunities to make a mistake –<br />
longer hours ‐‐ less help<br />
• Life’s usual stressors<br />
– PProblems bl with ith parents t or children, hild<br />
financial problems<br />
• Culture of tolerance<br />
‐‐ The tendency to self medicate<br />
+ feelings of invincibility<br />
• Exposure / access to<br />
addicting drugs “depression4” nida image 56230(1)<br />
It’s a setup for addiction<br />
GENETIC<br />
PREDISPOSI<br />
TION<br />
JOB STRESS<br />
DRUG<br />
ACCESS<br />
LIFE STRESS<br />
SELF SELF‐<br />
MEDICATIN<br />
G<br />
TENDENCIES<br />
8/29/2012<br />
4
So what makes addicted pharmacists<br />
different from other health professionals?<br />
• The highest risk work setting period.<br />
• More paranoia regarding the loss of their license.<br />
• Fear of losing their job.<br />
• Greater issues with shame.<br />
• Miscellaneous differences:<br />
– Pharmacists rarely use IV drugs<br />
– Pharmacists rarely use illegal drugs<br />
– Pharmacists rarely obtain drugs from anywhere but their work setting<br />
– Most common drug of choice is hydrocodone<br />
• Best difference = pharmacists have the best success rate<br />
What to look for in a colleague<br />
• Increased absences<br />
• Late to work<br />
• Long bathroom breaks<br />
• mysterious disappearances<br />
• Appears groggy in the morning<br />
• Generally seems “different”<br />
• Stays late for no apparent reason<br />
• Confused easily<br />
• Increased problems in the rest of his/her life<br />
• Appears more unkempt than previously<br />
• Looks /sounds mildly impaired for short periods<br />
• Appears distant / hard to reach emotionally<br />
• Comes to work on days off and “helps out” for a short period<br />
• Finally –just seems very different than the way you knew him/her<br />
Best choice for help<br />
Illinois Professionals<br />
Health Program<br />
701 Lee Street<br />
Desplaines, Illinois 600<strong>15</strong><br />
847 795 2810<br />
Helpline – 24 hours<br />
800 2<strong>15</strong> 4357<br />
8/29/2012<br />
5
Illinois Illinois Professionals<br />
Professionals<br />
Health Health Program Program<br />
• Voluntary Program ‐‐ completely confidential<br />
• Pharmacy Board mandated program<br />
Resources for addicted health<br />
professionals :<br />
• Most states have Assistance Programs for each<br />
profession : Pharmacy – Medicine – Nursing - Dentistry<br />
• Pharmacists most often have a PRN or Pharmacists Recovery<br />
Network Program in their state.<br />
www.usaprn.com<br />
• Treatment facilities that specialize in treating health professionals:<br />
– Talbott Recovery Campus – Atlanta<br />
– Resurrection Behavioral Health – Chicago<br />
– Hazeldon – Minnesota<br />
– Betty Ford – California<br />
– Pine Grove – Mississippi<br />
– Professional Renewal Center – Kansas<br />
– Farley Center – Virginia<br />
– Rogers Memorial - Wisconsin<br />
What What you you can can do do to to help help<br />
your your patients patients<br />
‐ Have “help for addiction” pamphlets available (free = NIDA)<br />
‐ Have AA pamphlets available (inexpensive = www.aa.org)<br />
‐ Give direction on how to get to AA/NA and what they can expect.<br />
‐ Give options re where they can get a chemical dependency assessment<br />
(usually free) to find out if they really have a problem with drugs / alcohol<br />
‐ Post a sign offering confidential information regarding problems<br />
with alcohol / drugs<br />
‐ Inform physicians in your area that you have information about<br />
treatment and AA<br />
8/29/2012<br />
6
How to find a treatment center<br />
Online:<br />
www.Drug‐Rehab.org/Rehab_Center<br />
By Phone:<br />
877‐392‐5926<br />
Treatment Centers that offer free<br />
assessments<br />
Hospitals<br />
– Central Du Page Hospital –Winfield<br />
– Mercy Hospital –Chicago<br />
– Allexian Brothers Hospital –Schaumberg<br />
– Hinsdale Hospital –Hinsdale<br />
– Good Samaritan Hospital –Downers Grove<br />
– Lutheran General Hospital –Des Plaines<br />
– St St. Joseph Hospital – Lincoln Park<br />
– Holy Family Hospital –<br />
Treatment Centers<br />
Haymarket Center –Chicago<br />
Gateway Foundation –Chicago nida image “therapy” (1)<br />
Resurrection Behavioral Health –Downers Grove, Palos<br />
Share – Addison<br />
Lutheran Social Services –Chicago<br />
New Day Center ‐ Hinsdale<br />
12 12 Step Step Programs<br />
Programs<br />
Alcoholics<br />
Anonymous<br />
y<br />
WWW.CHICAGOAA.ORG<br />
8/29/2012<br />
7
Prescription Drug Abuse<br />
SAMHSA image<br />
Substance Abuse and Mental Health Services Administration<br />
[SAMHSA<br />
Reported Non‐Medical Prescription Drugs of Abuse<br />
(2005)<br />
Sedatives<br />
Tranquilizers<br />
Stimulants<br />
Painkillers<br />
4,700,000<br />
1,800,000<br />
1,100,000<br />
272,000<br />
Which is the most frequent way drugs are<br />
diverted for non‐medical use?<br />
1. Theft<br />
2. Drug Dealers<br />
3. Family members or friends<br />
4. Physicians<br />
5. Internet<br />
8/29/2012<br />
8
Internet Drug Abuse<br />
Study conducted in January 2004 identified<br />
<strong>15</strong>7 internet sites that sold RXs<br />
� 90% did not require prescription<br />
� 41% “you do not need a Rx”<br />
� 49% offered online “consultation”<br />
� 4% required faxed Rx<br />
� 2% required mailed Rx<br />
� 4% no mention of Rx<br />
National Center on Addiction and Substance Abuse at Columbia University 2004<br />
<strong>15</strong>7 Internet sites<br />
• None of the sites had safeguards blocking purchases<br />
by children<br />
• 144 offered schedule ll –V controlled drugs<br />
• 103 offered fentanyl, oxycontin, and hydrocodone<br />
• 47 % were outside the U.S.<br />
The web sites spring up and disappear quicklyNational<br />
Center on Addiction and Substance Abuse at Columbia University 2004<br />
Post lecture questions<br />
1. What are the odds one of you will suffer from an addiction at some point in your life?<br />
a. One in eight<br />
b. One in twenty<br />
c. Probably no one will<br />
d. One in fifty<br />
2. What is the most common drug of choice for pharmacists?<br />
a. Alcohol<br />
b. Hydrocodone<br />
c. Cocaine<br />
d. Marijuana<br />
3. What is the best referral you can make to a health professional in trouble?<br />
a. A treatment center<br />
b. Alcoholics Anonymous<br />
c. Illinois Professionals Health Program<br />
d. Department of Financial and Professional Regulation<br />
8/29/2012<br />
9
Post lecture questions<br />
4. The most frequent way drugs are diverted for non‐medical purposes is:<br />
a. Theft<br />
b. Drug dealers<br />
c. Family members or friends<br />
d. Physicians<br />
e. Internet<br />
5. What differentiates pharmacists from other addicted health professionals?<br />
a. Their primary drug of choice is alcohol.<br />
b. They work in a less stressful environment.<br />
c. They tend to use IV opioids more often.<br />
d. They tend to be more successful in recovery.<br />
The End<br />
Addiction Information Resources<br />
1. National Institute of Alcohol Abuse and Alcoholism N I A A A<br />
2. National Institute of Drug Abuse N I D A<br />
3. Substance Abuse and Mental Health Services Administration S A M H S A<br />
4. Addiction Science Research and Education Center–Univ.Of Texas College of Pharmacy<br />
5. Alcohol Research and Health – 10 th Special Report to Congress – NIAAA<br />
6. American Society of Addiction Medicine (ASAM) www.asam.org<br />
7. Center for Alcohol Studies - www.alcohol studies.rutgers.edu<br />
8. Guide to Mutual Support Resources –<br />
www.facesandvoicesofrecovery.org/resources/support/_home.php<br />
8/29/2012<br />
10
NIAAA = best resource for alcohol dependence<br />
Alcohol Alert –Neuroscience : Pathways to alcohol dependence<br />
http//:pubs.niaaa.nih.gov/publications/AA77/AA77.htm<br />
Who is at Risk for Alcoholism<br />
http://pubs.niaaa.nih.gov/publications/arh40/64‐75.htm<br />
Neurobiology of alcohol dependence<br />
http://pubs.niaaa.nih.gov/publications/3<strong>13</strong>/185‐195.htm<br />
Alcohol Alert – Epidemiology –How Common is Alcohol and Other Drug<br />
Addiction?<br />
http://pubs.niaaa.nih.gov/publications/AA76/AA76.htm<br />
What is Addiction?<br />
http://pubs.niaaa.nih.gov/publications/arh312/93‐95.htm<br />
Helping Patients Who Drink too Much –A Clinicians Guide<br />
www.niaaa.nih.gov/guide<br />
Medication Management Support for Alcohol Dependence‐ Template<br />
www.niaaa.nih.gov/guide<br />
Medications For Treating Alcohol Dependence<br />
www.niaaa.nih.gov/guide<br />
8/29/2012<br />
11
Decisions, Decisions…Debates in Therapeutics<br />
Injectable Acetaminophen:<br />
What is its role in postoperative<br />
pain p management? g<br />
Daniel T. Abazia, Pharm.D., BCPS<br />
Pharmacy Clinical Coordinator<br />
Palos Community Hospital<br />
Additional Goals<br />
By the end of this knowledge‐based educational activity,<br />
participants should be able to:<br />
1. Explain the clinical and economic consequences of inadequate<br />
control of postoperative p p pain. p<br />
2. Identify elements of multimodal postoperative analgesia.<br />
3. Discuss clinical data for using injectable acetaminophen for<br />
management of postoperative pain.<br />
4. Describe the practical aspects of utilizing injectable<br />
acetaminophen within the acute care setting.<br />
Impact of Postoperative Pain<br />
Negative CLINICAL Outcomes:<br />
• Cognitive dysfunction<br />
• Coronary ischemia / myocardial infarction<br />
• Deep vein thrombosis / pulmonary embolism<br />
• Insomnia<br />
• Pneumonia<br />
• Poor wound healing and recovery<br />
Apfelbaum JL, Chen C, Mehta SS, et al. Postoperative pain experience: results of from a national survey suggest<br />
postoperative pain continues to be undermanaged. Anesth Analg. 2003; 97:534‐40.<br />
Kehlet H, Holte K. Effect of postoperative analgesia on surgical outcome. Br J Anaesth. 2001;87:62‐72.<br />
Disclosures<br />
The speaker has no actual or potential conflict of<br />
in relation to this presentation.<br />
Palos Community Hospital<br />
• Located in southwest<br />
suburbs of Chicago, IL<br />
• Community, non‐teaching<br />
• 436 licensed beds<br />
• Pharmacy satellite in OR<br />
2011 surgical statistics<br />
‐ Inpatient procedures: 3,993<br />
‐ Outpatient procedures: 4,575<br />
Postop Pain: Link to Chronic Pain<br />
• Retrospective analysis<br />
• Evaluated patients undergoing thoracotomy who developed<br />
chronic pain (n = 78) vs. those who did not (n = 71) one week<br />
postop<br />
• Pti Patients t who h ddeveloped l dchronic h i pain i hdi had increased... d<br />
� ↑ incidence of acute pain (p = 0.002)<br />
� ↑ severity of acute pain (p = 0.0001)<br />
� ↑ total �me having pain (p = 0.02)<br />
• Progression to chronic pain increased with intensity of acute<br />
postoperative pain<br />
Pluijms WA, Steegers MA, Verhagen AF, et al. Chronic post-thoracotomy pain: a retrospective<br />
study. Acta Anaesthesiol Scand. 2006; 50:804-8.<br />
8/29/2012<br />
1
Impact of Postoperative Pain<br />
• Pilot prospective cohort study<br />
• Purpose was to describe postoperative pain and health‐related QOL, and functioning<br />
1 month after hospital discharge<br />
• Participants underwent radical prostatectomy (RP), total hip replacement (THR), or<br />
total knee replacement (TKR), and completed the SF‐36 and questions from the<br />
Treatment Outcomes of Pain Survey (TOPS) 4 weeks after leaving the hospital<br />
– N = 30 ( RP = <strong>15</strong>, TKR = 8, THR = 7) )<br />
• Postoperative pain interfered with patient's ability to participate in desired activities<br />
(42.9% RP, 28.6% THR, 100% TKR), ability to sleep (21.4% RP, 71.4% THR, 75% TKR),<br />
and sexual functioning (50% RP, 28.6% THR, 25% TKR). During the first month after<br />
surgery, postop pain contributed to diminished health‐related QOL and interfered<br />
with activities important to patients. Mean SF‐36 scale scores in each surgical group<br />
were lower than US norms for physical functioning, physical roles, bodily pain,<br />
vitality and social functioning<br />
Strassels SA, McNicol E, Wagner AK, et al. Persistent postoperative pain, health‐related quality of life, and functioning 1<br />
month after hospital discharge. Acute Pain. 2004; 6(3):95‐104.<br />
Opioid Adverse Events<br />
• Historically, opioid monotherapy primary treatment of<br />
postoperative pain<br />
• 24 –48 hours postoperatively: morphine or hydromorphone<br />
PCA followed by oral hydrocodone, morphine, or oxycodone<br />
• In a systematic review of several randomized controlled trials<br />
analyzing opioid‐associated ADEs in postop patients, more than<br />
30% of patients reported GI ADEs<br />
– Most common: vomiting, constipation, and ileus<br />
– Most severe ADEs reported: sedation and resp depression<br />
Oderda GM, Said Q, Evans RS, et al. Opioid‐related adverse drug events in surgical hospitalizations: impact<br />
on costs and length of stay. Ann Pharmacother. 2007;41(3):400‐406.<br />
Wheeler M, Oderda GM, Ashburn MA, el al. Adverse events associated with postoperative opioid analgesia:<br />
a systemic review. J Pain. 2002;3(3):<strong>15</strong>9‐180.<br />
Multimodal Analgesia<br />
Kehlet H, Dahl JB. Anesth Analg. 1993;77:1048‐1056.<br />
Active Learning Assessment<br />
POLL<br />
1. How many of you have had an inpatient or outpatient<br />
surgical procedure in your lifetime?<br />
2. How many of you have experienced pain following the<br />
procedure?<br />
3. How many of you have experienced one of the negative<br />
clinical outcomes following the procedure?<br />
4. How many of you have missed work or school following the<br />
procedure?<br />
Multimodal Analgesia<br />
• Use of different classes of analgesics that employ different<br />
pathways AND receptors to provide pain relief<br />
• Ideal components of multimodal analgesia include:<br />
‐ Agents with ability to modulate ≥ mechanism of pain transmission<br />
‐ Agents with an acceptable safety profile<br />
‐ Availability of an analgesic in a non‐oral formulation<br />
• Multimodal analgesia includes the use of local and systemic<br />
pharmaceutical agents in addition to perineural blockade and<br />
regional anesthesia<br />
White PF. Multimodal analgesia: its role in preventing postoperative pain. Curr Opin Investig Drugs. 2008;<br />
9(1):76‐82.<br />
Joshi GP. Multimodal analgesia techniques and postoperative rehabilitation. Anesthesiol Clin North Am.<br />
2005;23(1):185‐202.<br />
WHO Pain Ladder<br />
Adapted from World Health Organization. Cancer Pain Relief and Palliative Care, Report of a WHO<br />
Expert Committee. Geneva: World Health Organization; 1990.<br />
8/29/2012<br />
2
Multimodal Analgesia<br />
American Society of Anesthesiologists – 2012 Practice Guideline:<br />
“The consultants and ASA members strongly agree that whenever possible,<br />
anesthesiologists should use multimodal pain management therapy. The<br />
ASA members agree and the consultants strongly agree that APAP should<br />
be considered as part of a postoperative multimodal pain management<br />
regimen; i both b hthe h consultants l and d ASA members b agree that h COX‐2<br />
inhibitors, nonselective NSAIDs, and calcium channel ‐2‐ antagonists<br />
(gabapentin and pregabalin) should be considered as part of a<br />
postoperative multimodal pain management regimen. Moreover, the<br />
ASA members agree and the consultants strongly agree that, unless<br />
contraindicated, patients should receive an around‐the‐clock regimen of<br />
NSAIDs, COX‐2 inhibitors, or APAP.”<br />
American Society of Anesthesiologists Task Force on Acute Pain Management. Practice guidelines for acute<br />
pain management in the perioperative setting: an updated report by the American Society of<br />
Anesthesiologists Task Force on Acute Pain Management. Anesthesiology 2012; 116:248–73.<br />
• Oral formulation available<br />
in US since 1955<br />
• IV formulation approved by<br />
FDA in November 2010 for<br />
use in (pain (pain, fever)<br />
Acetaminophen<br />
• Recognized as safe and<br />
effective at recommended<br />
doses Adapted from:<br />
http://dailymed.nlm.nih.gov/dailymed/archives/fdaDrugInf<br />
o.cfm?archiveid=5836<br />
Care needed with IV acetaminophen. Am J Health‐Syst Pharm. 2011; 68:1775‐6.<br />
Absorption<br />
Peak concentration is observed at the<br />
end of infusion<br />
Distribution<br />
Mean Vd reported in several studies has<br />
ranged d ffrom 69.2 ‐ 85 L; not extensively l<br />
plasma protein–bound (10% to 25%)<br />
Elimination<br />
Half‐life is 2.4 hours in adults, 2.9 hrs<br />
in adolescents, 1.5 to 3 hrs in children,<br />
4.2 hrs in infants<br />
Pharmacokinetics<br />
Adapted from: http://www.fda.gov/ohrms/dockets/ac/02/b<br />
riefing/3882B1_<strong>13</strong>_McNeil‐Acetaminophen.htm<br />
Ofirmev injection prescribing information. San Diego, CA: Cadence Pharmaceuticals, Inc.; Nov 2010. Available<br />
at: http://dailymed.nlm.nih.gov/dailymed/lookup.cfm?setid=c5177abd‐9465‐40d8‐861d‐3904496d82b7.<br />
Duggan ST, Scott LJ. Intravenous paracetamol (acetaminophen). Drugs 2009; 69 (1): 101‐1<strong>13</strong>.<br />
Active Learning Assessment<br />
Jeopardy<br />
A concept that utilizes multiple classes of medications with<br />
acceptable safety profiles that employ different pathways<br />
and receptors to provide relief of pain.<br />
What is multimodal analgesia?<br />
Pharmacodynamics<br />
• Analgesic effect of APAP involves both central and peripheral<br />
actions<br />
‐ Inhibition of nitric oxide synthesis pathway<br />
‐ Inhibition of prostaglandin synthesis<br />
• Analgesic effects of paracetamol may also involve the<br />
serotonergic system<br />
‐ Pickering and colleagues identified agonists of the serotonin 5‐HT3<br />
receptor, granisetron and tropisetron, completely blocked the<br />
analgesic effect of paracetamol in healthy males<br />
Duggan ST, Scott LJ. Intravenous paracetamol (acetaminophen). Drugs. 2009; 69 (1): 101‐1<strong>13</strong>.<br />
Pickering G, Loriot MA, Libert F, et al. Analgesic effect of acetaminophen in humans: first evidence of a central<br />
serotonergic mechanism. Clin Pharmacol Ther. 2006 Apr; 79 (4): 371‐8<br />
Dosage and<br />
Administration<br />
Dosage and Administration<br />
IV APAP Oral APAP Rectal APAP<br />
50 kg: 1 gm q6h or<br />
650 mg q4h<br />
(Max 4 gm/day)<br />
< 50 kg or ages 2–12:<br />
Adults: 650 mg or 1<br />
gm q4–6h or 1.3 gm<br />
ER tablets q8h PRN<br />
(Max 4 gm/day)<br />
Children Children aged < 12:<br />
<strong>15</strong> mg/kg q6h or 12.5<br />
weight‐adjusted<br />
mg/kg q4h (Max 75<br />
40–480 mg q4–6 h<br />
mg/kg/day)<br />
(Max 5 doses/day)<br />
<strong>15</strong> min infusion<br />
Formulation 1 gm/100 mL SDV Tablet, capsule,<br />
suspension, solution<br />
Adults: 325–650 mg<br />
q4h PRN<br />
Children aged 2–12:<br />
weight‐adjusted dose<br />
160–480 mg q4h<br />
(Max 5 doses/day)<br />
Children aged < 2:<br />
individualized<br />
Suppository<br />
Ofirmev injection prescribing information. San Diego, CA: Cadence Pharmaceuticals, Inc.; Nov 2010. Available<br />
at: http://dailymed.nlm.nih.gov/dailymed/lookup.cfm?setid=c5177abd‐9465‐40d8‐861d‐3904496d82b7.<br />
Yeh YC, Reddy P. Clinical and economic evidence for intravenous acetaminophen. Pharmacother. 2012; ;<br />
32(6):559‐79.<br />
8/29/2012<br />
3
Safety Profile<br />
• Amar et al confirmed that doses > 4 grams per day may cause<br />
centrilobular hepatic necrosis in adults<br />
‐ Administration of scheduled doses for more than a few days<br />
requires caution<br />
• Singla et al compared the safety profile of IV APAP (1 gm q6h<br />
and 650 mg q4h) with the standard‐of‐care in 2<strong>13</strong> patients.<br />
‐ A lower proportion (~<strong>15</strong>% vs. 26.7) of patients with elevated<br />
LFTs in the IV APAP groups compared with the control group<br />
Amar PJ, Schiff ER. Acetaminophen safety and hepatotoxicity—where do we go fromhere? Expert Opin Drug<br />
Saf. 2007;6(4):341‐355.<br />
Singla N, Ferber L, Bergese S, et al. A phase III, multi‐center, open‐label, prospective, repeated dose,<br />
randomized, controlled, multi‐day study of the safety of intravenous acetaminophen in adult inpatients.<br />
Proceedings and Abstracts of the 34th <strong>Annual</strong> American Society of Regional Anesthesia <strong>Meeting</strong> and<br />
Workshops. April 30 to May 3, 2009; Phoenix, AZ. Poster 96.<br />
Active Learning Assessment<br />
LA is a 92 year old male with a PMH significant for colon polyps,<br />
gastric ulcers, hypertension, hyperlipidemia, atrial fibrillation –<br />
s/p pacemaker recently diagnosed with early stage colon CA. He<br />
is admitted for a partial colectomy and your medical team asks<br />
you what h the h BEST S postoperative i analgesic l i regimen i would ld bbe<br />
for this patient. He is allergic to morphine (itching).<br />
HINT: Your formulary analgesics include IV and PO APAP,<br />
celecoxib, fentanyl IV and TD, hydrocodone, hydromorphone,<br />
PO ibuprofen, ketorolac, morphine, and oxycodone.<br />
IV Acetaminophen DUE<br />
Inclusion Exclusion<br />
≥18 year of age<br />
General surgical procedures<br />
Inpatient at least 24 hours post –op<br />
Received min 2 doses of 1gm IV APAP<br />
Body weight 50‐120 kg<br />
Numeric pain scale used (1‐10)<br />
ASA class 1‐3<br />
Primary endpoint<br />
Allergy or hypersensitivity to APAP<br />
Transaminases > 2 x ULN)<br />
SCr > 2 mg/dL<br />
Uncontrolled chronic disease<br />
History of alcohol or drug abuse<br />
Pregnant or breastfeeding<br />
Treatment of fever<br />
Total morphine and NSAID equivalent dose during first 24 hours<br />
Secondary endpoints<br />
PACU LOS and pain score reduction<br />
Meta ‐ Analyses<br />
• Rømsing et al 1 evaluated the analgesic effect of rectal, IV, and oral<br />
formulations of APAP was evaluated (24 studies, 2023 patients)<br />
‐ APAP, given either rectally or IV, was effective for post‐op pain relief<br />
‐ Addition of NSAIDs to APAP predictably improved pain relief, whereas<br />
adding APAP to NSAIDs was less predictable<br />
Remy et al2 and Elia et al3 • Remy et al evaluated outcomes of APAP (IV PO and<br />
2 and Elia et al3 evaluated outcomes of APAP (IV, PO, and<br />
PR) in combination with PCA after orthopedic and abdominal surgery<br />
‐ 7 trials (491 patients) and 10 trials (769 patients), respectively<br />
‐ Compared with placebo, APAP given post‐op significantly reduced<br />
morphine requirements by ~20% (8‐10 mg) on post‐op Day 1<br />
‐ Not associated with a significant reduction in post‐op N/V, sedation,<br />
urinary retention, and respiratory depression<br />
IV Acetaminophen DUE<br />
• Randomized, retrospective, case‐control evaluation<br />
• Evaluated post‐op pain management 3 months before and 3<br />
months after IV APAP added to PCH formulary<br />
• 25 patients in each group<br />
• Objective was to investigate if the use of IV APAP reduces the<br />
use of opioids and NSAIDs in post‐op general surgical patients<br />
IV Acetaminophen DUE<br />
Results<br />
•↓ total opioid use by 24%<br />
•↓ total NSAID use by 100 %<br />
•↓ their total pain score by 9%<br />
•Did NOT reduce their PACU<br />
length of stay<br />
Limitations<br />
•Retrospective, observational study<br />
•IV APAP was not available in OR<br />
•Not all patients received IV APAP<br />
as a scheduled med<br />
•IV APAP group received higher<br />
doses of total fentanyl, midazolam,<br />
dexamethasone and ketorolac<br />
8/29/2012<br />
4
Prescribing<br />
Impact on Med‐Use Process<br />
• Which dose...650 mg or 1000 mg (adults)?<br />
• Dose calculation required for pediatrics<br />
• Scheduled vs. PRN<br />
• Restrictions to specialists, units, or patient types?<br />
Dispensing<br />
• Doses < 1000 mg require manipulation<br />
• Contents of vial must be administered within 6 hrs<br />
• Adequate space in automated dispensing machine (ADM)?<br />
Monitoring<br />
Impact on Med‐Use Process<br />
• Ensure use of < 4 grams per day of APAP<br />
‐ Hold use of combo APAP products 24 to 48 hours post‐op<br />
> FDA requiring manufacturers to limit APAP in prescription<br />
products to 325 mg per single dosage unit and add a black‐<br />
box warning by 2014<br />
• Cost‐effectiveness<br />
‐ IV to PO conversion<br />
‐ Automatic stop dates/times, e.g. 24 hours after 1st dose<br />
Food and Drug Administration. Prescription drug products containing acetaminophen; actions to reduce<br />
liver injury from unintentional overdose. Fed Regist. 2011; 76:2691‐7.<br />
Conclusions<br />
• IV APAP is generally well tolerated at recommended doses<br />
• Clinical trials indicate IV APAP is an effective analgesic in a<br />
variety of inpatient and outpatient surgical procedures<br />
• Use should be limited to ≤ 24 hours postoperatively and<br />
patients who can not tolerate PO or PR administration<br />
• Institution‐specific strategies are required to ensure safe use of<br />
IV APAP<br />
Impact on Med‐Use Process<br />
Administration<br />
• Infusion pump required<br />
‐Errors related to infusion pump programming have been reported<br />
to the Institute for Safe Medication Practices (ISMP)<br />
> ISMP recommends use of both mg and mL dosing when<br />
prescribing and communicating dose information<br />
• Y‐site compatibility for patients with multiple infusions<br />
Institute for Safe Medication Practices (ISMP).IV acetaminophen and overdoses in kids. ISMP Medication<br />
Safety Alert. Apr 2012; 17(8):1,4.<br />
Active Learning Assessment<br />
Which of the following are issues that must be addressed when<br />
evaluating IV APAP for formulary addition?<br />
I. Ensuring patients do not receive > 4 gm APAP per 24 hrs<br />
II. Manipulation of vials when doses are less than 1 gm<br />
III. Risk of infusion pump p perrors if doses not ordered in mg g and<br />
mL<br />
a. I only<br />
b. III only<br />
c. I and II<br />
d. II and III<br />
e. I, II, and III<br />
Thank you!<br />
dabazia@paloscomm.org<br />
8/29/2012<br />
5
References<br />
1. Rømsing J, Møiniche S, Dahl JB. Rectal and parenteral paracetamol, and paracetamol in combination with<br />
NSAIDs, for postoperative analgesia. Br J Anaesth. 2002;88:2<strong>15</strong>–26.<br />
2. Remy C, Marret E, Bonnet F. Effects of acetaminophen on morphine side‐effects and consumption after major<br />
surgery: a meta‐analysis of randomized controlled trials. Br J Anaesth. 2005;94:505–<strong>13</strong>.<br />
3. Elia N, Lysakowski C, Tramer M. Does multimodal analgesia with acetaminophen, nonsteroidal<br />
antiinflammatory drugs, or selective cyclooxygenase‐2 inhibitors and patient‐controlled analgesia morphine<br />
offer advantages over morphine alone? Anesthesiology. 2005;103:1296–304.<br />
8/29/2012<br />
6
2012 <strong>ICHP</strong> <strong>Annual</strong> <strong>Meeting</strong><br />
Injectable Acetaminophen: What is its role in postoperative pain management?<br />
Bibliography<br />
1. Apfelbaum JL, Chen C, Mehta SS, et al. Postoperative pain experience: results of from a<br />
national survey suggest postoperative pain continues to be undermanaged. Anesth Analg.<br />
2003; 97:534-40.<br />
2. Kehlet H, Holte K. Effect of postoperative analgesia on surgical outcome. Br J Anaesth.<br />
2001; 87:62-72.<br />
3. Pluijms WA, Steegers MA, Verhagen AF, et al. Chronic post-thoracotomy pain: a<br />
retrospective study. Acta Anaesthesiol Scand. 2006; 50:804-8.<br />
4. Strassels SA, McNicol E, Wagner AK, et al. Persistent postoperative pain, health-related<br />
quality of life, and functioning 1 month after hospital discharge. Acute Pain. 2004; 6(3):95-<br />
104.<br />
5. Oderda GM, Said Q, Evans RS, et al. Opioid-related adverse drug events in surgical<br />
hospitalizations: impact on costs and length of stay. Ann Pharmacother. 2007;41(3):400-406.<br />
6. Wheeler M, Oderda GM, Ashburn MA, el al. Adverse events associated with postoperative<br />
opioid analgesia: a systemic review. J Pain. 2002;3(3):<strong>15</strong>9-180.<br />
7. White PF. Multimodal analgesia: its role in preventing postoperative pain. Curr Opin<br />
Investig Drugs. 2008; 9(1):76-82.<br />
8. Joshi GP. Multimodal analgesia techniques and postoperative rehabilitation. Anesthesiol Clin<br />
North Am. 2005;23(1):185-202.<br />
9. Kehlet H, Dahl JB. The value of multimodal or balanced analgesia in the postoperative pain<br />
treatment. Anesth Analg. 1993;77:1048-1056.<br />
10. World Health Organization. Cancer Pain Relief and Palliative Care, Report of a WHO Expert<br />
Committee. Geneva: World Health Organization; 1990.<br />
11. American Society of Anesthesiologists Task Force on Acute Pain Management. Practice<br />
guidelines for acute pain management in the perioperative setting: an updated report by the<br />
American Society of Anesthesiologists Task Force on Acute Pain Management.<br />
Anesthesiology 2012; 116:248–73.<br />
12. Care needed with IV acetaminophen. Am J Health-Syst Pharm. 2011; 68:1775-6.<br />
<strong>13</strong>. Duggan ST, Scott LJ. Intravenous paracetamol (acetaminophen). Drugs. 2009; 69 (1): 101-<br />
1<strong>13</strong>.<br />
14. Pickering G, Loriot MA, Libert F, et al. Analgesic effect of acetaminophen in humans: first<br />
evidence of a central serotonergic mechanism. Clin Pharmacol Ther. 2006 Apr; 79 (4): 371-8<br />
<strong>15</strong>. Ofirmev injection prescribing information. San Diego, CA: Cadence Pharmaceuticals, Inc.;<br />
Nov 2010. Available at: http://dailymed.nlm.nih.gov/dailymed/lookup.cfm?setid=c5177abd-<br />
9465-40d8-861d-3904496d82b7.<br />
16. Yeh YC, Reddy P. Clinical and economic evidence for intravenous acetaminophen.<br />
Pharmacother. 2012; 32(6):559-79.<br />
17. Amar PJ, Schiff ER. Acetaminophen safety and hepatotoxicity—where do we go fromhere?<br />
Expert Opin Drug Saf. 2007;6(4):341-355.<br />
18. Singla N, Ferber L, Bergese S, et al. A phase III, multi-center, open-label, prospective,<br />
repeated dose, randomized, controlled, multi-day study of the safety of intravenous<br />
acetaminophen in adult inpatients. Proceedings and Abstracts of the 34th <strong>Annual</strong> American
Society of Regional Anesthesia <strong>Meeting</strong> and Workshops. April 30 to May 3, 2009; Phoenix,<br />
AZ. Poster 96.<br />
19. Rømsing J, Møiniche S, Dahl JB. Rectal and parenteral paracetamol, and paracetamol in<br />
combination with NSAIDs, for postoperative analgesia. Br J Anaesth. 2002;88:2<strong>15</strong>–26.<br />
20. Remy C, Marret E, Bonnet F. Effects of acetaminophen on morphine side-effects and<br />
consumption after major surgery: a meta-analysis of randomized controlled trials. Br J<br />
Anaesth. 2005;94:505–<strong>13</strong>.<br />
21. Elia N, Lysakowski C, Tramer M. Does multimodal analgesia with acetaminophen,<br />
nonsteroidal antiinflammatory drugs, or selective cyclooxygenase-2 inhibitors and patientcontrolled<br />
analgesia morphine offer advantages over morphine alone? Anesthesiology.<br />
2005;103:1296–304.<br />
22. Institute for Safe Medication Practices (ISMP).IV acetaminophen and overdoses in kids.<br />
ISMP Medication Safety Alert. Apr 2012; 17(8):1,4.<br />
23. Food and Drug Administration. Prescription drug products containing acetaminophen;<br />
actions to reduce liver injury from unintentional overdose. Fed Regist. 2011; 76:2691-7.
Decisions, Decisions…Debates in Therapeutics<br />
INTRAVENOUS ACETAMINOPHEN<br />
A DRUG UTILIZATION EVALUATION<br />
Jamie Brockhouse<br />
St John’s Hospital<br />
Springfield, Il<br />
Learning Objective<br />
• Upon completion of this program, pharmacists<br />
should be able to:<br />
– Describe the role in therapy for IV acetaminophen<br />
Additional Goal:<br />
– Compare the advantages and disadvantages for IV<br />
acetaminophen<br />
Post Surgical Pain Management:<br />
Our Current Approach<br />
• Surgical pain mechanism<br />
– Inflammation as a result of tissue trauma<br />
– Direct nerve damage<br />
• Multimodal analgesia<br />
– Involvement of several different disciplines<br />
– Goal: maximize pain relief, minimizing side effects and<br />
contain cost<br />
• Most commonly used pharmacologic agents<br />
– Opioids<br />
– NSAIDs<br />
Conflict of Interest Declaration<br />
The speaker has no actual or<br />
potential conflict of interest in<br />
relation to this activity<br />
Question<br />
• Does your organization restrict the use of IV<br />
Acetaminophen?<br />
Advantages and Disadvantages to<br />
Current Approach<br />
• Advantages<br />
– Dosing flexibility<br />
– Multiple routes of administration<br />
– Low cost<br />
• Disadvantages<br />
isadvantages<br />
– Nausea and vomiting<br />
– Slowing of GI transit<br />
• Constipation/post op ileus<br />
– Depression of brainstem control of respiratory drive<br />
– Histamine release<br />
• itching<br />
8/29/2012<br />
1
A New Approach<br />
IV Acetaminophen<br />
• Proposed Benefits<br />
– Decreased utilization of morphine equivalents<br />
• Less opioid‐related adverse effects<br />
– Earlier mobilization<br />
• Increased physical therapy participation<br />
• Decreased risk of DVT<br />
– Decreased length of stay<br />
• Reduction of hospital cost<br />
– Increased patient satisfaction<br />
A New Approach<br />
IV Acetaminophen<br />
• Disadvantages<br />
– Kinetics<br />
• Tmax: more predictable than other routes of acetaminophen<br />
• Analgesic effect of multiple routes similar<br />
• Analgesic effect of rectal formulation prolonged<br />
– Patient selection<br />
• Contraindicated with severe liver impairment or acute liver disease<br />
• Use with caution:<br />
– Alcoholism, malnutrition, hepatic impairment, renal impairment<br />
(CrCl
IV Acetaminophen –Average Length of<br />
Stay and Charges<br />
May 2012, ICD‐9 Code 7<strong>15</strong>.36<br />
(When IV APAP was used)<br />
May 2011, ICD‐9 Code<br />
7<strong>15</strong>.36(When IV APAP was NOT<br />
used)<br />
May 2012, ICD‐9 Code<br />
7<strong>15</strong>.35(When IV APAP was used)<br />
May 2011, ICD‐9 Code<br />
7<strong>15</strong>.35(When IV APAP was NOT<br />
used)<br />
May 2012, ICD‐9 Code 654.21<br />
(When IV APAP was used)<br />
May 2011, ICD‐9 Code 654.21<br />
(When IV APAP was NOT used)<br />
Average Length of Stay Average Charges<br />
2.68 days $36,100<br />
2.88 days $35,600<br />
2.56 days $42,600<br />
3 days $42,500<br />
2.56 days $7,700<br />
2.4 days $7,600<br />
Review<br />
• What positives do you see from IV<br />
Acetaminophen use?<br />
• What negatives do you see from IV<br />
Acetaminophen use?<br />
• What additional research data would you like<br />
to see about IV Acetaminophen use?<br />
Assessment Question<br />
Which of the following statements is/are true regarding<br />
the infusion of intravenous acetaminophen?<br />
A. Infusion time is 30 minutes<br />
B. Cmax occurs at 30 minutes<br />
C. Overall AUC is similar to oral administration<br />
D. After penetration of the seal the product should be<br />
used within 12 hour<br />
E. All of the above<br />
IV Acetaminophen – Multiple<br />
Dosing<br />
• <strong>15</strong> patients who<br />
received multiple<br />
doses of IV APAP<br />
(average of 3.23<br />
doses) were randomly<br />
selected and<br />
compared to <strong>15</strong><br />
patients who received<br />
a single dose of IV<br />
APAP.<br />
Total oral<br />
morphine<br />
equivalent<br />
dose<br />
Multiple<br />
doses of IV<br />
APAP<br />
Single dose<br />
of IV APAP<br />
Calculated<br />
p-value<br />
27.93mg 26.47mg 0.8946<br />
Symptoms of 6 patients, 5 patients, 1.0 (Fisher’s<br />
nausea/vomiti receiving g total receiving g total exact test) )<br />
ng 0-24 hours of 10 doses of of 8 doses of<br />
after surgery ondansetron ondansetron<br />
4mg<br />
4mg<br />
Average<br />
lowest oxygen<br />
saturation 0-<br />
24 hours after<br />
surgery<br />
Average<br />
lowest<br />
respiratory<br />
rate 0-24<br />
hours after<br />
surgery<br />
Conclusion<br />
94.2% 94.83%<br />
16.2 16.08<br />
• Place in therapy is undetermined<br />
– Results of our DUE failed to demonstrate that clinical<br />
advantages outweigh the economic burden<br />
• Additional research needed<br />
– Larger sample size<br />
– Time to first physical therapy<br />
– Frequency of nausea and vomiting<br />
• Needs to be proven fiscally responsible<br />
– Anticipated benefits must be observed<br />
Questions<br />
8/29/2012<br />
3
References<br />
• Schechter, Leslie N., BS,PharmD. "Multimodal Approach to Pain<br />
Management Focus on Ofirmev (acetaminophen) Injection." U.S.<br />
Pharmacist (2012): 1‐12. Apr. 2012. Web.<br />
• Yeh, Yu‐Chen, M.S., and Prabashni Reddy, Pharm.D.,M.Med.Sc. "Clinical<br />
and Economic Evidence for Intravenous Acetaminophen."<br />
Pharmacotherapy 32.6 (2012): 559‐79. Web.<br />
• KKodali, d li Bhavani‐Shankar, Bh i Sh k MD, MD and d Jasmeet J tOb Oberoi, i MD. MD "REFERENCES "REFERENCES." "<br />
Management of Postoperative Pain. UpToDate, 10 Oct. 2011. Web. 12 Aug.<br />
2012. .<br />
• Zacharoff, Kevin, MD. "The Role of Rational Polypharmacy in Pain<br />
Management." PainEDU.org { Articles }. N.p., 11 Mar. 2008. Web. 12 Aug.<br />
2012. .<br />
8/29/2012<br />
4
Decisions, Decisions…Debates in Therapeutics<br />
Bupivacaine liposomal injection<br />
Will it stick ti k around? d?<br />
Elizabeth Short, Pharm.D.<br />
PGY2 Critical Care<br />
Northwestern Memorial Hospital<br />
Additional Goals<br />
• Determine criteria necessary for formulary<br />
approval<br />
• Interpret clinical trial data and apply to<br />
formulary management<br />
• Efficacy<br />
• Safety<br />
Formulary Criteria<br />
• Avoid superfluous, expensive additions<br />
Conflicts<br />
• I have no conflicts of interest to declare<br />
Bupivacaine liposome injectable<br />
suspension (Exparel)<br />
Approved Indication:<br />
FFor administration d i i t ti iinto t th the surgical i lsite it tto<br />
produce postsurgical analgesia1 1. http://dailymed.nlm.nih.gov/dailymed/drugInfo.cfm?id=59067<br />
http://www.drugdevelopment‐technology.com/projects/6855/images/<strong>13</strong>8835/large/1‐bottle.jpg<br />
Bupivacaine liposome injectable<br />
suspension (Exparel)<br />
• Pacira Pharmaceuticals, Inc.<br />
• FDA Approval: October, 2011<br />
• Intended to provide longer duration of effect<br />
8/29/2012<br />
1
Bupivacaine liposome injectable<br />
suspension (Exparel)<br />
Multivesicular Liposomes<br />
http://www.exparel.com/images/exparel_how_to_use.jpg<br />
Efficacy<br />
Primary efficacy endpoint:<br />
Pain intensity score summation over time<br />
Percentage of Patients Pain‐free vs Hours<br />
Golf, et al. Adv Ther. 2011;28:776-88<br />
Liposomal bupivacaine 120 mg<br />
Placebo<br />
FDA Approval<br />
Based on two clinical trials<br />
• Bunionectomy (Golf 2011)<br />
• Hemorrhoidectomy (Gorfine 2011)<br />
Golf, et al. Adv Ther. 2011;28:776-88<br />
Gorfine et al. Dis Colon Rectum. 2011;54:<strong>15</strong>52-9.<br />
Efficacy<br />
Primary efficacy endpoint:<br />
Pain intensity score summation over time<br />
No benefit beyond 24 hours<br />
No Opioid Rescue Medications vs Hours<br />
Golf, et al. Adv Ther. 2011;28:776-88<br />
Liposomal bupivacaine 120 mg<br />
Placebo<br />
8/29/2012<br />
2
Cumulative Pain Score through 72 Hours<br />
Cumulativ ve Pain Score<br />
Gorfine et al. Dis Colon Rectum. 2011;54:<strong>15</strong>52-9.<br />
P < 0.0001<br />
No Opioid Rescue Medications vs Hours<br />
Gorfine et al. Dis Colon Rectum. 2011;54:<strong>15</strong>52-9.<br />
Liposomal bupivacaine 300 mg<br />
Placebo<br />
FDA Review<br />
“Between 24 and 72 hours after study drug<br />
administration, there was minimal to no<br />
difference between EXPAREL and placebo<br />
treatments on mean pain intensity; however,<br />
there was an attendant decrease in opioid<br />
consumption, the clinical benefit of which was<br />
not demonstrated.”<br />
Mean Total Amount of Opioids Over 72 Hr<br />
Milligramss<br />
(mg)<br />
Gorfine et al. Dis Colon Rectum. 2011;54:<strong>15</strong>52-9.<br />
Marketing<br />
P < 0.006<br />
“One dose of Exparel provides up to 72 hours of<br />
postsurgical pain control with a decrease in<br />
opioid consumption without the need for<br />
catheters or pumps.”<br />
Safety<br />
• No primary safety outcome defined<br />
• Identified opioid‐ related adverse effects<br />
8/29/2012<br />
3
Error Potential<br />
• Inadvertent IV administration<br />
• Institute for Safe Medication Practices (ISMP)<br />
issued warning<br />
http://www.drugdevelopment-technology.com/projects/6855/images/<strong>13</strong>8835/large/1-bottle.jpg<br />
http://wbma.images.worldnow.com/images/19<strong>13</strong>4941_BG2.jpg<br />
Bupivacaine liposome injectable<br />
suspension (Exparel)<br />
Recommend to add to formulary<br />
aa. Yes<br />
b. NO<br />
http://www.drugdevelopment‐technology.com/projects/6855/images/<strong>13</strong>8835/large/1‐bottle.jpg<br />
Unpublisheed<br />
Trials<br />
8 Unpublished Trials<br />
plain bupivacaine as active comparator<br />
3<br />
Liposomal bupivacaine<br />
better<br />
5<br />
No benefit over<br />
plain bupivacaine<br />
Decisions, Decisions…Debates in Therapeutics<br />
Bupivacaine liposomal injection<br />
Will it stick around?<br />
Elizabeth Short, Pharm.D.<br />
PGY2 Critical Care<br />
Northwestern Memorial Hospital<br />
8/29/2012<br />
4
Decisions, Decisions… Debates in Therapeutics<br />
Mupirocin<br />
Sheila Wang, Pharm.D., BCPS AQ-ID<br />
Assistant Professor Pharmacy Practice<br />
Midwestern University Chicago College of Pharmacy<br />
Additional Goals<br />
1. Recognize the recent rise in MRSA rates in hospital<br />
and community settings and its infectious impact on<br />
morbidity and mortality.<br />
2. Describe how Staph aureus carriers increase their risk<br />
of infection once entering hospital settings settings.<br />
3. Name the most common method of decolonization in<br />
the United States.<br />
4. Recall the three uses of mupirocin for decolonization<br />
discussed in this presentation.<br />
5. Indicate the most concerning consequence of wide<br />
spread mupriocin use.<br />
• In the U.S., MRSA rates range from 50-60% for non-ICU and ICU settings<br />
• More morbidity and mortality associated with MRSA versus MSSA infections<br />
- Mortality as high as 25% in some settings.<br />
Styers D, et al. Ann Clin Microbiol Antimicrob 2006<br />
Wyllie DH, et al. BMJ 2006<br />
Disclosure Statement<br />
• The speaker has no conflicts of interest or relationships<br />
with commercial entities that may be referenced in this<br />
presentation<br />
Boucher HW et al. CID 2009<br />
Rybak M, AJHP 2009<br />
Liu C, et al. CID 2011<br />
Staph aureus colonization<br />
• Common site is anterior nares<br />
– Carriers of Staph aureus in healthy adults (30%)<br />
– High rates of colonization in hospital inpatients, IVDU, insulindependent<br />
diabetics, HIV positive and hemodialysis patients<br />
– Extranasal colonization<br />
• Throat, perineum, GI tract, cutaneous sites<br />
• Prerequisite to staphylococcal infections<br />
– Two to 12 times higher vs. non-colonizers<br />
– Bloodstream, dialysis-associated and surgical site infections<br />
8/29/2012<br />
1
Decolonization Methods<br />
• Anti-septic body wash therapy<br />
– Chlorhexidine, Hexachlorophene, Bleach, Other<br />
• Topical and/or nasal therapy<br />
– Mupirocin, Bacitracin, Other<br />
• Oral antimicrobial therapy<br />
– Rifampin, TMP/SMX, Clindamycin, Minocycline<br />
Use of Mupirocin for Decolonization<br />
• Nasal Staphylococcal carriage prior to elective surgery<br />
• Inpatient MRSA colonization – Infection control programs<br />
• Recurrent skin and soft tissue infections – Communityy<br />
associated MRSA<br />
Evidence: Surgical Patients<br />
• Van Rijen M et al. 2008<br />
Van Rijen MML, JAC 2008<br />
Mupirocin<br />
• Formally known as pseudomonic acid A<br />
– Major metabolite derived from submerged fermentation by<br />
Pseudomonas fluorescens.<br />
• Bacterial RNA and protein synthesis inhibitor<br />
– Inhibits bacterial isoleucyl-transfer RNA (tRNA) synthetase<br />
• Bactericidal: topical administration after 24 to 36 hours of<br />
exposure<br />
• Highly active (in vitro) against staphylococcal strains<br />
(including MRSA) and streptococci (except enterococci)<br />
• Lacks (in vitro) activity against gram-negatives,<br />
anaerobes and fungi<br />
– Minimal activity against normal skin flora (Micrococcus,<br />
Corynebacterium and Propionibacterium spp.)<br />
Evidence: Surgical Patients<br />
• Kluytmans JA et al. 1996<br />
– Single-center, unblinded intervention trial<br />
– Perioperative decolonization with mupirocin nasal ointment<br />
reduces surgical-site infection rates (Staph aureus) in<br />
cardiothoracic di th i surgery<br />
– ITT analysis: Significant reduction in SSI rate<br />
• 7.3% (control) vs 2.8% (intervention); P < 0.0001<br />
– Limitation: historical controls<br />
Kluytmans JA, et al. Infect Control Hosp Epidemiol 1996<br />
Evidence: Surgical Patients<br />
• Van Rijen M et al. 2008<br />
• No effectiveness was observed among the non-carriers<br />
(RR 1.09, 95% CI 0.52–2.28).<br />
Van Rijen MML, JAC 2008<br />
8/29/2012<br />
2
Bode L et al. NEJM 2010<br />
Evidence: Surgical Patients<br />
Evidence: Surgical Patients<br />
Evidence: Inpatient ICU MRSA Colonization -<br />
Infection Control<br />
Fraser TG et al. Infect Control Hosp Epidemiol 2010.<br />
Bode L et al. NEJM 2010<br />
Bode L et al. NEJM 2010<br />
Evidence: Surgical Patients<br />
Evidence: Surgical Patients<br />
Departments included: internal medicine, cardio- thoracic surgery, vascular surgery, orthopedics,<br />
gastrointestinal surgery, or general surgery<br />
Evidence: Inpatient ICU MRSA Colonization -<br />
Infection Control<br />
Fraser TG et al. Infect Control Hosp Epidemiol 2010.<br />
8/29/2012<br />
3
Evidence: Inpatient ICU MRSA Colonization -<br />
Infection Control<br />
• Forty-five US hospital currently participating in a cluster<br />
randomized trial<br />
• Prevention of MRSA infection in ICUs<br />
1. Positive screening cultures of ICU admission � contact precaution<br />
2. Positive screening cultures of ICU admission � decolonization<br />
3. Universal decolonization of ICU admission without screening<br />
Platt R et al. Med Care 2010<br />
Evidence: Recurrent Skin and Soft Tissue<br />
Infections – Community-associated MRSA<br />
• Recurrent SSTI despite optimizing wound care/hygiene measures<br />
• Ongoing transmission among household members or close<br />
contacts despite optimizing wound care/hygiene measures<br />
• Decolonization strategies should be offered in conjunction with<br />
ongoing reinforcement of hygiene measures<br />
• Mupirocin twice daily for 5-10 days<br />
• Mupirocin twice daily for 5-10 days and topical body decolonization regimens<br />
with a skin antiseptic solution (eg, chlorhexidine) for 5–14 days or bleach baths<br />
• Evidence: CIII<br />
Liu C, et al. CID 2011<br />
Tenover FC. AAC 2012<br />
Mupirocin Resistance in the US<br />
Evidence: Recurrent Skin Soft Tissue<br />
Infections – Community-associate MRSA<br />
Liu C, et al. CID 2011<br />
Mupirocin for Decolonization<br />
• Clinical and epidemiological outcomes influencing use<br />
– Perioperative eradication of S. aureus colonization<br />
– Controlling for HA-MRSA and transmission<br />
– Incidence of CA-MRSA<br />
• Learning from others<br />
– UK – screening includes all hospital admissions<br />
– Utilizing much more mupirocin<br />
– UK - high-level mupriocin resistance ~ 12%<br />
• MICs >/= 512 mg/mL<br />
• Independently associated with decolonization failure<br />
• Selection of increased drug resistance in S. aureus<br />
– Plasmid carrying resistance determinants to other antimicrobial agents, including<br />
macrolides, gentamicin, tetracycline, and trimethoprim<br />
References<br />
1. Boucher HW, Talbot GH, Bradley JS, Edwards JE, Gilbert D, Rice L, et al. Bad Bugs, No Drugs: No ESKAPE! An<br />
Update from the Infectious Diseases Society of America. Clinical Infectious Diseases 2009;48:1–12.<br />
2. Rybak M, Lomaestro B, Rotschafer JC, Moellering R.,Craig W,Billeter M, et al. Therapeutic monitoring of<br />
vancomycin in adult patients: A consensus review of the American Society of Health-System Pharmacists, the<br />
Infectious Diseases Society of America, and the Society of Infectious Diseases Pharmacists. Am J Health-Syst<br />
Pharm. 2009; 66:82-98.<br />
3. Liu C, Bayer A, Cosgrove SE, Daum RS, Fridkin SK, Gorwitz RJ, et al. Clinical Practice Guidelines by the<br />
Infectious Diseases Society of America for the Treatment of Methicillin-Resistant Staphylococcus Aureus<br />
Infections in Adults and Children. Clinical Infectious Diseases 2011;1–38.<br />
4. Styers D, Sheehan DJ, Hogan P, Sahm DF. Laboratory-based surveillance of current antimicrobial resistance<br />
patterns and trends among Staphylococcus aureus: 2005 status in the United States. Ann Clin Microbiol<br />
Antimicrob 2006;5:2.<br />
5. Wyllie DH, Crook D, Peto T. Mortality after Staphylococcus aureus bacteraemia in two hospitals in Oxfordshire,<br />
1997-2003: cohort study. BMJ 2006; BMJ 2006;333:281.<br />
6. Kluytmans JA, Mouton JW, VandenBergh MF, Manders MJ, Maat AP, Wagenvoort JH, et al. Reduction of surgicalsite<br />
infections in cardiothoracic surgery by elimination of nasal carriage of Staphylococcus aureus. Infect Control<br />
Hosp Epidemiol. 1996 Dec;17(12):780-5.<br />
7. van Rijen M, Bonten M, Wenzel RP, Kluytmans J. Intranasal mupirocin for reduction of Staphylococcus aureus<br />
infections in surgical patients with nasal carriage: a systematic review. JAC 2008;61:254.<br />
8. Bode LGM, Kluytmans JAJW, Wertheim HFL, Bogaers B, Vandenbroucke-Grauls CM, Roosendaal R, et al.<br />
Preventing surgical-site infections in nasal carriers of Staphylococcus aureus. N Engl J Med 2010; 362: 9–17.<br />
9. Fraser TG, Fatica, C, Scarpelli, M, Arroliga, AC, Guzman J, Shrestha,NK. Decrease in Staphylococcus aureus<br />
Colonization and Hospital- Acquired Infection in a Medical Intensive Care Unit after Institution of an Active<br />
Surveillance and Decolonization Program Infect Control Hosp Epidemiol 2010; 31(8):779-783.<br />
10. Platt R, Takvorian SU, Septimus E, Hickok J, Moody J, Perlin J, et al. Cluster Randomized Trials in Comparative<br />
Effectiveness Research: Randomizing Hospitals to Test Methods for Prevention of Healthcare-Associated. Med<br />
Care 2010;48: S52–S57.<br />
11. Tenover FC, Tickler IA, Goering RV, Kreiswirth BN, Mediavilla JR, Persing DH. Characterization of Nasal and<br />
Blood Culture Isolates of Methicillin-Resistant Staphylococcus aureus from Patients in United States Hospitals<br />
Antimicrob. Agents Chemother. 2012, 56(3):<strong>13</strong>24.<br />
8/29/2012<br />
4
Post Test Question 1<br />
Which of the following resistant gram‐positive<br />
organism has been on the rise in hospital and<br />
community settings resulting in mortality as<br />
high as 25%?<br />
A. Methicillin‐sensitive Staph aureus<br />
B. Methicillin‐resistant Staph aureus<br />
C. Vancomycin resistant enterococci<br />
D. Multidrug resistant Streptococcus pneumonia<br />
Post Test Question 3<br />
Which of the following methods of decolonization<br />
was found to be the most favorable among<br />
infectious diseases consultants?<br />
AA. Rifampin<br />
B. Bleach<br />
C. Chlorhexidine with Bacitracin<br />
D. Mupriocin with or without Chlorhexidine<br />
Post Test Question 5<br />
Widespread use of mupirocin will likely increase<br />
the risk of:<br />
A. Cost<br />
B Allergic reactions<br />
B. Allergic reactions<br />
C. Resistance<br />
D. Tolerance<br />
Post Test Question 2<br />
Risk of infection increases when asymptomatic<br />
carriers of Staph aureus enter this setting:<br />
A. Hospitals<br />
BB. Nursing home<br />
C. Rehabilitation centers<br />
D. Retirement centers<br />
Post Test Question 4<br />
Compelling evidence to support the use of<br />
mupirocin as a decontamination agent is largely<br />
available for:<br />
A. Nasal Staphylococcal carriage prior to elective<br />
surgery g y<br />
B. Inpatient MRSA colonization –Infection control<br />
programs<br />
C. Recurrent skin and soft tissue infections –<br />
Community‐associated MRSA<br />
D. Elderly long‐term care facility residents colonized<br />
with Staph aureus<br />
8/29/2012<br />
5
Residency Project Pearls<br />
Adherence to and Outcomes<br />
Associated with a Clostridium<br />
difficile Infection Guideline at a<br />
Large Teaching Institution<br />
Speaker has no conflicts of interest to disclose.<br />
RaeAnna C. Zatarski, Pharm.D.<br />
<strong>September</strong> <strong>15</strong>, 2012<br />
Advocate Lutheran General Hospital (ALGH)<br />
• Academic research<br />
institution<br />
• Level 1 trauma center<br />
• 645 bed capacity<br />
• Located in Park Ridge,<br />
Illinois<br />
Treatment<br />
• Early treatment of CDI<br />
– Metronidazole designated as first line agent<br />
– Vancomycin limited to failures or intolerance<br />
• Increased incidence of metronidazole failures caused<br />
shift in clinical practice<br />
• Zar trial (2007)<br />
– Mild‐moderate: metronidazole noninferior to vancomycin<br />
– Severe: vancomycin superior to metronidazole<br />
Jung KS, et al. Gut Liver. 2010 Sept;4(3):332‐7.<br />
Zar FA, et al. Clin Infect Dis. 2007 Aug 1;45(3):302‐7.<br />
Objectives<br />
• Select a treatment plan for a patient with Clostridium<br />
difficile infection based on the severity of illness.<br />
• Identify potential barriers to adherence to the<br />
Clostridium difficile infection treatment guidelines.<br />
Clostridium difficile Infection (CDI)<br />
� Causes 20 – 30% of antibiotic associated diarrhea<br />
• Risk factors for CDI<br />
– Prior antimicrobial or proton pump inhibitor use<br />
– Recent immunosuppressive therapy<br />
• Epidemiology<br />
– Incidence: 85,700 in 1993 → 301,200 in 2005<br />
– Mortality: 5.7 / million in 1999 → 23.7 / million in 2004<br />
– Incidence at ALGH: 400 patient cases annually<br />
Schroeder MS. Am Fam Physician. 2005 March 1;71(5):921‐8.<br />
Cohen SH, et al. Infect Control Hosp Epidemiol. 2010 May;31(5):431‐55.<br />
Treatment<br />
• ALGH approved physician‐managed CDI treatment<br />
guidelines in July 2009<br />
– Stratified patients into severity categories according to<br />
clinical signs and symptoms<br />
– Recommended specific treatment regimens based on<br />
severity category<br />
• SHEA / IDSA published their revised CDI treatment<br />
guidelines in May 2010<br />
Cohen SH, et al. Infect Control Hosp Epidemiol. 2010 May;31(5):431‐55.<br />
8/29/2012<br />
1
ALGH Recommendations for Initial Treatment<br />
Clinical Severity Supportive Clinical Data Recommended Treatment<br />
Mild‐moderate<br />
Severe<br />
Severe ‐<br />
complicated<br />
WBC < <strong>15</strong>,000 cell/mcL and a<br />
serum creatinine level < 1.5<br />
times premorbid level<br />
WBC ≥ <strong>15</strong>,000 cell/mcL or<br />
serum creatinine level ≥ 1.5<br />
times premorbid level<br />
Hypotension, shock,<br />
ileus, megacolon<br />
Methods<br />
• Descriptive, retrospective chart review<br />
Metronidazole 500mg PO q8h<br />
for 10 ‐ 14 days<br />
Vancomycin 125 mg PO q6h<br />
for 10 ‐ 14 days<br />
Vancomycin 500 mg PO q6h +<br />
metronidazole 500 mg IV q8h<br />
• Subject population<br />
– Age ≥ 18 years diagnosed July 1, 2009 – June 30, 2011<br />
– CDI treatment initiated at LGH<br />
• Assessment<br />
– Severity categorized based on clinical signs and symptoms<br />
– Initial treatment compared to recommended therapy<br />
• Evaluated for adherence<br />
• Classified as under, appropriate, or overtreatment<br />
Definitions<br />
• Clinical cure: no need for therapy escalation; resolution of<br />
diarrhea by day 6; and subject survival<br />
• Recurrence: positive stool toxin assay within 90 days of initial<br />
positive stool toxin assay<br />
• Mortality: subject expired from any cause within 90 days of<br />
positive stool toxin assay<br />
• Antimicrobial use: use of at least one dose of an antimicrobial<br />
in the eight weeks prior to the positive stool toxin assay<br />
Current Study<br />
• Rationale<br />
– Anecdotal evidence suggested physician non‐adherence<br />
– Concern regarding undertreatment of patients<br />
• Purpose<br />
– To determine if physicians were adherent to the ALGH CDI<br />
guidelines<br />
– To determine if adherence to the guidelines improved<br />
patient outcomes<br />
Endpoints<br />
• Primary endpoint: percentage of subjects who were<br />
treated in accordance with CDI guidelines<br />
• SSecondary d endpoints d i t<br />
– Incidence of under, appropriate, and overtreatment<br />
– Incidence of clinical outcomes in treatment groups<br />
– Impact of proton pump inhibitor or prior antimicrobial use<br />
on CDI severity<br />
Statistics<br />
• Descriptive study required <strong>13</strong>0 subjects for 80% power<br />
for the primary endpoint<br />
• Pearson Chi‐Square / Fisher’s exact tests used to analyze<br />
q / y<br />
group differences<br />
– Two‐tailed p value < 0.05 considered statistically significant for<br />
single comparisons<br />
– Two‐tailed p value < 0.02 considered statistically significant for<br />
multiple comparisons (Bonferroni’s method)<br />
8/29/2012<br />
2
650 subjects<br />
id identified tifi d<br />
Results<br />
250 subjects<br />
randomly<br />
selected<br />
324 encounters<br />
evaluated l t d<br />
Baseline Characteristics: Encounters<br />
Encounters [n = 324] No (%)<br />
Initial Episode 220 (67.7)<br />
1st 1 recurrence 56 (17.3)<br />
2nd recurrence 10 (3.1)<br />
3rd recurrence 5 (1.5)<br />
Reinfection 33 (10.2)<br />
Severity [n = 324] No (%)<br />
Mild‐moderate Mild moderate 163 (50.3)<br />
Severe 105 (32.4)<br />
Severe‐complicated 56 (17.3)<br />
Mild‐moderate Treatment Regimens<br />
Regimen [n = 163] No (%)<br />
Metronidazole 500 mg PO q8h 66 (40.5)<br />
Metronidazole 500 mg IV q8h 22 (<strong>13</strong>.5)<br />
Vancomycin 125 mg PO q6h * 51 (31.3)<br />
Metronidazole 500 mg IV q8h +<br />
vancomycin 125 mg PO q6h<br />
<strong>13</strong> (8)<br />
Other 11 (6.7)<br />
* Appropriate depending on<br />
subject’s history of illness.<br />
Baseline Characteristics: Subjects<br />
Characteristics [n = 250]<br />
Female [no (%)] 141 (56.4)<br />
Age [mean (SD), range] 67.83 ± 17.36 (18 – 100)<br />
Ethnicity [no (%)]<br />
Caucasian<br />
African‐American<br />
Asian<br />
Hispanic<br />
210 (84)<br />
<strong>13</strong> (5.2)<br />
12 (4.8)<br />
7 (2.8)<br />
History of CDI [no (%)] 18 (7.2)<br />
Adherence Rates<br />
No (%)<br />
Overall [n = 324] <strong>13</strong>7 (42.3)<br />
Mild‐moderate [n = 163] 86 (52.8)<br />
Severe [n = 105] 41 (39)<br />
Severe‐complicated [n = 56] 10 (17.9) p < 0.001<br />
Mild‐moderate Treatment Regimens<br />
8/29/2012<br />
3
Severe Treatment Regimens<br />
Regimen [n = 105] No (%)<br />
Metronidazole 500 mg PO q8h 19 (18.1)<br />
Metronidazole 500 mg IV q8h 17 (16.2)<br />
Vancomycin i 125 mg PO q6h h 41 ( (39) )<br />
Metronidazole 500 mg IV q8h +<br />
vancomycin 125 mg PO q6h<br />
<strong>15</strong> (14.3)<br />
Metronidazole 500 mg IV q8h +<br />
vancomycin 250 mg PO q6h<br />
7 (6.7)<br />
Other 6 (5.7)<br />
Severe‐complicated Treatment Regimens<br />
Regimen [n = 56] No (%)<br />
Metronidazole 500 mg IV q8h 8 (14.3)<br />
Vancomycin 125 mg PO q6h 12 (21.4)<br />
Metronidazole 500 mg g IV q8h q +<br />
vancomycin 125 mg PO q6h<br />
16 (28 (28.6) 6)<br />
Metronidazole 500 mg IV q8h +<br />
vancomycin 250 mg PO q6h<br />
5 (8.9)<br />
Metronidazole 500 mg IV q8h +<br />
vancomycin 500 mg PO q6h<br />
10 (17.9)<br />
Other 5 (8.9)<br />
Overall Treatment Regimens<br />
Severe Treatment Regimens<br />
Severe‐complicated Treatment Regimens<br />
Undertreatment versus Appropriate Treatment<br />
Escalation<br />
required<br />
Overall<br />
[n = 324]<br />
No (%)<br />
Undertreatment<br />
[n = 85]<br />
No (%)<br />
Appropriate<br />
treatment<br />
[n = 149]<br />
No (%)<br />
Percent<br />
difference<br />
83 (25.6) 29 (34.1) 41 (27.5) + 6.6<br />
Clinical cure 178 (54.9) 35 (41.2) 83 (55.7) ‐ 14.5 *<br />
Mortality 43 (<strong>13</strong>.3) 21 (24.7) <strong>15</strong> (10.1) + 14.6<br />
Recurrence free 224 (69.1) 47 (55.3) 112 (75.2) ‐ 19.9<br />
p < 0.02<br />
* p = 0.033<br />
8/29/2012<br />
4
Overtreatment versus Appropriate Treatment<br />
Escalation<br />
required<br />
Overall<br />
[n = 324]<br />
No (%)<br />
Appropriate<br />
treatment<br />
[n = 149]<br />
No (%)<br />
Overtreatment<br />
[n = 90]<br />
No (%)<br />
Percent<br />
difference<br />
83 (25.6) 41 (27.5) <strong>13</strong> (14.4) ‐ <strong>13</strong>.1<br />
Clinical cure 178 (54.9) 83 (55.7) 60 (66.7) + 11.0<br />
Mortality 43 (<strong>13</strong>.3) <strong>15</strong> (10.1) 7 (7.8) ‐ 2.3<br />
Recurrence free 224 (69.1) 112 (75.2) 65 (72.2) ‐ 3.0<br />
p < 0.02<br />
Prior Antimicrobial Use<br />
Antimicrobial use in<br />
Severity<br />
previous 8 weeks<br />
No (%)<br />
Overall [n [ = 324] ] 239 (73.8) ( )<br />
Mild‐moderate [n = 162] 121 (74.7)<br />
Severe [n = 105] 79 (75.2)<br />
Severe‐complicated [n = 56] 39 (69.6) p = 0.81<br />
Conclusions: Primary Endpoint<br />
• 42 % overall adherence to CDI guideline<br />
• Adherence lower in severe and severe‐complicated CDI<br />
• Barriers to adherence<br />
– Lack of awareness among hospital staff<br />
– Subjects unable to take medications by mouth<br />
– Barriers to using rectal vancomycin<br />
– Clinically severe subjects with low WBC count<br />
Proton Pump Inhibitor Use<br />
Used proton<br />
Severity<br />
pump inhibitor<br />
No (%)<br />
Overall [n [ = 324] ] 235 (72.5) ( )<br />
Mild‐moderate [n = 162] 116 (71.6)<br />
Severe [n = 105] 73 (69.5)<br />
Severe‐complicated [n = 56] 46 (82.1) p = 0.16<br />
• Retrospective study<br />
• Researcher bias<br />
Limitations<br />
• Strict adherence to guideline definitions<br />
• Study not powered to analyze secondary endpoints<br />
Conclusions: Secondary Endpoints<br />
• Undertreatment versus appropriate treatment<br />
– Significantly increased incidence of mortality and recurrence<br />
– Lower incidence of clinical cure<br />
• Overtreatment versus appropriate treatment<br />
– Failed to show significant improvement in clinical outcomes<br />
– Potentially leads to increased medication costs and adverse<br />
effects<br />
• Proton pumps inhibitor and prior antimicrobial use was<br />
not significantly different between severity groups<br />
8/29/2012<br />
5
Patient Case<br />
RW is a 37‐year old female with no significant past<br />
medical history who is admitted to the hospital for<br />
three days of diarrhea after a seven day treatment<br />
course of moxifloxacin for community‐acquired<br />
pneumonia. RW’s symptoms include a white blood<br />
cell count of <strong>13</strong>.0 cells/mm 3 , serum creatinine (Scr)<br />
of 0.7 g/dL, and a positive stool toxin assay for CDI.<br />
Based on RW’s severity of illness, please<br />
select the most appropriate treatment<br />
option from the list below.<br />
A. Oral vancomycin 125 mg<br />
every 6 hours for 14 days<br />
B. Oral metronidazole 500 mg<br />
every 8 hours for 14 days<br />
C. Oral vancomycin 250mg<br />
every 6 hours for 14 days<br />
D. Intravenous metronidazole<br />
500 mg every 8 hours PLUS<br />
oral vancomycin 500 mg<br />
every 6 hours for 14 days<br />
Oral vancomycin 125 mg...<br />
0% 0% 0% 0%<br />
Oral metronidazole 500 ..<br />
Oral vancomycin 250mg ...<br />
Intravenous metronidazo..<br />
Based on RW’s symptoms, what is her<br />
severity of illness?<br />
A. Mild‐moderate<br />
B. Mild‐moderate, ,<br />
complicated<br />
C. Severe<br />
D. Severe, complicated<br />
Mild‐moderate<br />
0% 0% 0% 0%<br />
Mild‐moderate, compli...<br />
Residency Project Pearls<br />
Adherence to and Outcomes<br />
Associated with a Clostridium<br />
difficile Infection Guideline at a<br />
Large Teaching Institution<br />
RaeAnna C. Zatarski, Pharm.D.<br />
<strong>September</strong> <strong>15</strong>, 2012<br />
Severe<br />
Severe, complicated<br />
8/29/2012<br />
6
Adherence to and Outcomes Associated with a Clostridium<br />
difficile Infection Guideline at a Large Teaching Institution<br />
RaeAnna C. Zatarski, Pharm.D.<br />
Background: The incidence and severity of Clostridium difficile infection (CDI) is on the rise with reports<br />
of devastating health outcomes. National CDI treatment guidelines stratify patients based on clinical<br />
symptoms and recommend specific treatment based on severity of illness. In 2009, Advocate Lutheran<br />
General Hospital adopted guidelines with identical treatment algorithms. The purpose of this project<br />
was to determine if patients were being treated in accordance with the CDI guidelines and whether<br />
adherence affected patient outcomes.<br />
Methods: This was a retrospective, descriptive study. Subjects were identified by CDI‐associated ICD‐9<br />
codes from July 1, 2009 to June 30, 2011. Subjects were stratified by disease severity based on<br />
laboratory values and symptoms. Guideline adherence was assessed based on initial treatment<br />
selection and subjects were categorized as undertreated (UT), overtreated (OT), or appropriately<br />
treated (AT) accordingly. Secondary endpoints included need for therapeutic escalation, clinical cure,<br />
recurrence rates, 90‐day all‐cause mortality, proton pump inhibitor (PPI) and antimicrobial use.<br />
Results: Two hundred fifty subjects with 324 encounters were analyzed. Overall guideline adherence<br />
rate was 42.3%. Adherence rates by severity: mild‐moderate, 52.8%; severe, 39.0%; and severe‐<br />
complicated, 17.9% (p < 0.001). 46% of subjects were AT, 27.8% were OT, and 26.2% were UT. Clinical<br />
outcomes between UT versus AT subjects: therapeutic escalation required, 34.1% vs. 27.5%; clinical<br />
cure, 41.2% vs. 55.7%; mortality, 24.1% vs. 10.1%; and recurrence, 44.7% vs. 24.8%. Clinical outcomes<br />
between OT versus AT subjects: therapeutic escalation required 14.4% vs. 27.5%; clinical cure, 66.7% vs.<br />
55.7%; mortality, 7.8% vs. 10.1%; recurrence, 27.8% vs. 24.8%. PPI or antimicrobial use did not affect<br />
severity of illness.<br />
Conclusions: The majority of subjects were not treated in accordance with the CDI guidelines,<br />
particularly those with severe and severe‐complicated illness. UT subjects had worse clinical outcomes<br />
compared to their AT counterparts whereas, OT subjects failed to show significant improvements in<br />
clinical outcomes compared to AT subjects. Emphasis should be placed on CDI guideline adherence as<br />
this results in improved outcomes.
Residency Project Pearls<br />
A pilot multidisciplinary team to monitor<br />
controlled substance documentation in a<br />
community hospital<br />
Tim Humlicek, PharmD<br />
PGY2 Solid Organ Transplant Pharmacy Resident<br />
Rush University Medical Center<br />
Chicago, IL<br />
Learning Objectives<br />
• <strong>Outline</strong> the process of interpreting controlled<br />
substance reports generated from automated<br />
dispensing machines that can identify hig risk<br />
users users.<br />
• Recognize potential controlled substance<br />
diversion episodes using electronic medication<br />
administration documentation<br />
Regulations<br />
• Drug Enforcement Administration (DEA)<br />
– Enforces the Controlled Substance Act<br />
– Employee pilferage and units lost in transit:<br />
• 22.7% of all unaccounted oxycodone in 2000‐2003<br />
• Joint Commission Standard MM.4.80<br />
– Requires processes to address diversion<br />
prevention and account for all unused, expired,<br />
or returned medications.<br />
1. Drug Enforcement Administration. Oxycodone theft & loss incidents: January 2000 through June 2003.<br />
http://www.deadiversion.usdoj.gov/drugs_concern/oxycodone/oxylosses_oct2003_1.pdf. Accessed July 28, 2011<br />
2. Keenly P, Uselton JP. Maintain Compliance with Joint Commission Medication Management Standards.<br />
http://www.psqh.com/julaug08/medication.html. Accessed July 28, 2011.<br />
Disclosure<br />
The author of this presentation has no actual or potential<br />
conflicts of interest.<br />
NorthShore University HealthSystem<br />
• Four acute care hospitals<br />
– Evanston Hospital: 354 beds<br />
– Glenbrook Hospital: 169 beds<br />
– Highland Park Hospital: 149 beds<br />
– Skokie Hospital: 195 beds<br />
• NorthShore Medical Group<br />
• NorthShore Research Institute<br />
• NorthShore Foundation<br />
Health System Diversion<br />
• Diversion: unlawful<br />
channeling of regulated<br />
pharmaceuticals from<br />
legal sources to illicit<br />
market – Multi<br />
• Opportunities<br />
– Destruction/Waste<br />
– Intrahospital transfer<br />
– Large Large‐volume volume removals<br />
Multi‐dose dose vials<br />
– Patient specific items<br />
– Point of purchase<br />
– Unauthorized removals<br />
Inciardi JA et al. Mechanisms of Prescription Drug Diversion Among Drug-Involved Cluband<br />
Street-Based Populations..Pain Med. 2007;8(2):171-183<br />
O’Neal B, Siegel J. Diversion in the Pharmacy. Hosp Pharm. 2007;42(2):145-148<br />
8/29/2012<br />
.<br />
1
Background<br />
• Lack of comprehensive published guidelines<br />
– Available recommendations:<br />
• Multidisciplinary teams<br />
• Monitoring in operating rooms<br />
• Investigative process<br />
• Drug diversion software<br />
• Intervention process<br />
O’Neal B, Siegel J. Diversion in the Pharmacy. Hosp Pharm. 2007;42(2):145-148<br />
Siegel J, Wierwille C, O’neal B. The Investigative Process. Hosp Pharm. 2007:42(2);466469<br />
Siegel J, O’Neal B. Code N: Multidisciplinary Approach to Proactive Drug Diversion Prevention. Hosp<br />
Pharm. 2007:42(2);244-248<br />
Project Objectives<br />
• Primary:<br />
– Develop and implement a standardized process to<br />
identify users with risk of controlled substance<br />
diversion<br />
Monthly<br />
Report<br />
Methods<br />
•Pharmacist to upload monthly ADM data to vendor<br />
•Pharmacist organizes vendor report to identify high risk users<br />
•Pharmacist prints controlled substance removals from previous 30<br />
days for identified users<br />
UUser AAudit di • NNurse Manager M audits di transactions i for f appropriate i ddocumentation i<br />
Follow Up<br />
•Users with potential diversion episodes are assessed by pharmacist<br />
and nurse manager for further diversion risks<br />
Background<br />
• University Health System Consortium Survey<br />
– Operating Room Practices: 44‐63% reconciled<br />
against dispensing records<br />
– Use of diversion software: 79%<br />
• “Sometimes” or “Always” investigate flagged individuals<br />
identified by software: 88‐99%<br />
– Discrepancies “always” investigated: 92‐98%<br />
McClure SR, O’Neal BC, Grauer D, Couldry RJ, King AR. Compliance with Recommendations for<br />
Prevention and Detection of Controlled-substance Diversion in Hospitals. Am J Health-Syst Pharm.<br />
2011;68(8):689-94.<br />
Project Objectives<br />
• Secondary:<br />
– Quantify potential controlled substance diversion<br />
opportunities in users with identified risk of<br />
controlled substance diversion<br />
– Assess the type of controlled substance<br />
discrepancies occurring based on controlled<br />
substance documentation<br />
Methods: Identifying Users<br />
Report 1: Compares removals of all controlled substances<br />
by one user to all users<br />
Report 2: Compares all removals of given controlled<br />
substance by one user to all users of same ADM<br />
Report 3: Compares removals of given<br />
controlled substance by one user to all<br />
users of that class/medication<br />
Report 4: Compares daily average removals<br />
for one user for<br />
given controlled substance<br />
to all users of same<br />
ADM<br />
8/29/2012<br />
2
Methods: Identifying Users Users<br />
• Report 1: Users with >3 SDs (SD) above the mean removal of any controlled<br />
substance<br />
AND<br />
• Report 2: Users with >2 SD above mean compared to station level peers for given<br />
class of controlled medications<br />
AND<br />
• Report 3: Users with >2 SD above mean compared to all hospital users for given<br />
class of controlled medications<br />
AND<br />
• Report 4: Users with >2 SD above mean compared to station level peers on a<br />
daily basis for given class of controlled medications<br />
Behavioral Indicators<br />
Methods: User Audit<br />
• Isolates self<br />
• Frequent disappearances<br />
• Unscheduled visits<br />
• Vl Volunteers t ffor additional dditi l shifts hift<br />
• Frequently spills/wastes narcotics<br />
• Chaotic home life<br />
• Refused compliance with<br />
investigations<br />
Patient Care Indicators<br />
• Incorrect charting<br />
• Inconsistent work quality<br />
• Offers to help other nurses’<br />
patients<br />
• Removes excessive amounts of<br />
narcotics<br />
• Requests specific patients<br />
• Inadequate pain control with<br />
patients<br />
Siegel J, O’Neal B. Code N: Multidisciplinary Approach to Proactive Drug Diversion Prevention. Hosp<br />
Pharm. 2007:42(2);244-248<br />
Methods: Discrepancy Audit<br />
• Controlled substance discrepancies were reviewed over the<br />
same period assessing for type and severity<br />
– Level 1: Miscounting<br />
– Level 2: Mechanical error<br />
– Level 3: Inappropriate pp p documentation<br />
– Level 4: Incorrect administration<br />
– Level 5: Inadequate resolution<br />
Methods: User Audit<br />
• Users had all removals of controlled substances in previous 30<br />
days audited for documentation and potential diversion<br />
episodes:<br />
– Removal without order<br />
– Removal without documented administration<br />
– Removal in excess of order that does not require waste<br />
– Removal in excess of order that requires waste without appropriate<br />
waste documentation<br />
Methods: User Audit<br />
Number marked “Yes” Level of Risk<br />
0‐2 Points Low<br />
3‐4 Points Medium<br />
>5 Points High<br />
Siegel J, O’Neal B. Code N: Multidisciplinary Approach to Proactive Drug Diversion Prevention. Hosp<br />
Pharm. 2007:42(2);244-248<br />
Results<br />
Indicator Nov. 2011 Dec. 2011 Jan. 2012 Feb. 2012<br />
Doses Dispensed‐ ADM 62,016 60,049 59,784 54,918<br />
Average Daily Doses‐ADM 2,067 1,937 1,929 1,894<br />
C‐II to C‐V Dispense 5,208 4,348 3,788 3,649<br />
% C‐II to C‐V 8.40% 7.24% 6.34% 6.64%<br />
Total C‐II to C‐V<br />
Discrepancies<br />
42 36 29 <strong>13</strong><br />
% C‐II to C‐V Discrepancies 0.81% 0.83% 0.77% 0.36%<br />
Total Overrides 2,938 3,<strong>13</strong>7 3,0<strong>15</strong> 1,995<br />
C‐II to C‐V Overrides 891 931 897 623<br />
% C‐II to C‐V Overrides 1.44% 1.55% 1.50% 1.<strong>13</strong>%<br />
8/29/2012<br />
3
Results Results‐User User Audits<br />
Nov. 2011 Dec. 2011 Jan. 2012 Feb. 2012<br />
Total Users Audited 5 7 5 5<br />
Total Transactions<br />
Audited<br />
147 362 174 277<br />
Transactions Per User 29.4 51.7<br />
Appropriate Documentation<br />
34.8 55.4<br />
Appropriate pp p Record of<br />
Administration<br />
147/147 (100%) 357/362<br />
(98.6%)<br />
168/174<br />
(95.9%)<br />
274/277<br />
(98.9%)<br />
Inappropriate Documentation<br />
Removals without<br />
order<br />
0 0 0 0<br />
Removals without<br />
administration<br />
0 5 6 3<br />
Excess removals 0 0 0 0<br />
Required<br />
wasting/return<br />
without<br />
documentation<br />
0/18 0/39 0/29 0/43<br />
Results: Potential Diversion Episodes<br />
• Six (27.3%) of the users who were audited and<br />
14 (1.1%) of transactions had a potential<br />
diversion episode<br />
• Reviews between pharmacist and nurse<br />
manager yielded low suspicions of diversion<br />
based on behavioral and patient care<br />
indicators<br />
Discussion<br />
• Most transactions of controlled substances<br />
had appropriate documentation<br />
• Potential diversion episodes were all due to<br />
lack of documented administration<br />
• Variable quantity and severity of discrepancies<br />
occurred<br />
Results<br />
• Characteristics of users (n=22)<br />
– Medical: <strong>13</strong>(59.1%)<br />
– Surgical: 5 (22.7%)<br />
– Telemetry: 2 (9.1%) (9 1%)<br />
– Anesthesia: 1 (4.5%)<br />
– Intensive Care/Emergency: 1 (4.5%)<br />
Results Results‐Discrepancies<br />
Discrepancies<br />
Limitations<br />
• Detection of diversion dependent on documentation<br />
practices<br />
– Endpoints rely on mistakes of high volume users<br />
• Inclusion criteria<br />
– Low threshold for inclusion means more users were audited than<br />
necessary<br />
• External Validity<br />
– Variable workplace practices may limit extrapolation of results to<br />
other health systems<br />
8/29/2012<br />
4
Future Directions<br />
• Specify audits for users with highest removals<br />
• Establish protocol for investigating potential diversion<br />
episodes in users with medium‐high risk:<br />
– Establish level of suspicion for prioritizing further interventions<br />
• Implement use of refined methods across health‐system<br />
health system<br />
SELF ASSESSMENT QUESTION<br />
#1<br />
SELF ASSESSMENT QUESTION<br />
#2<br />
Conclusions<br />
• Using objective criteria from usage reports is capable of<br />
identifying users with disproportionate removals of controlled<br />
substances<br />
• Subjective knowledge of employees is another important<br />
aspect of diversion monitoring<br />
• Appropriate documentation occurred most frequently<br />
• Potential diversion episodes lacked an documented<br />
administration, but could have been administered by another<br />
user<br />
• Discrepancy quantity and severity may be useful as a<br />
benchmark to track documentation practices<br />
Which of the following users meets at least one criteria to be eligible for<br />
a controlled substance transaction audit?<br />
a) A user with a monthly average of removals less than 3 SDs of the mean for a<br />
particular controlled substance compared to all hospital users<br />
b) A user with a daily average removals less than 2 SDs above the mean for a<br />
particular controlled substance compared to all users of a specific automated<br />
dispensing machine<br />
c) A user with a monthly average of removals less than 2 SDs above the mean<br />
compared to all users of a particular automated dispensing machine<br />
d) A user with a monthly average of removals greater than 3 SDs of the mean for a<br />
particular controlled substance compared to all hospital users<br />
Which of the following could be considered a potential controlled substance<br />
diversion episode?<br />
a) Removal of a controlled substance and a documented patient refusal<br />
and an appropriate record of return<br />
b) Removal of a controlled substance without an order<br />
c) Removal of a controlled substance with a documented administration to<br />
a patient p<br />
d) Canceled removal of a controlled substance with subsequent<br />
documented administration<br />
8/29/2012<br />
5
Special thanks to:<br />
• Carol Heunisch, PharmD, BCPS<br />
• Nancy Lechowicz, RN, MS<br />
• Monica Sherlock, Sherlock RN RN, MSN<br />
• Rita Walter, RN, MS<br />
• Mary Keegan, RN, MS<br />
Questions?<br />
Contact Information:<br />
Tim Humlicek, PharmD<br />
Rush University Medical Center<br />
timothy timothy_j_humlicek@rush.edu<br />
j humlicek@rush edu<br />
References<br />
1. Drug Enforcement Administration. http://www.justice.gov/dea/ . Accessed July 31, 2011.<br />
2. Drug Enforcement Administration. Oxycodone theft & loss incidents: January 2000 through June<br />
2003. http://www.deadiversion.usdoj.gov/drugs_concern/oxycodone/oxylosses_oct2003_1.pdf.<br />
Accessed July 28, 2011<br />
3. Keenly P, Uselton JP. Maintain Compliance with Joint Commission Medication Management<br />
Standards. http://www.psqh.com/julaug08/medication.html. Accessed July 28, 2011.<br />
4. Inciardi JA et al. Mechanisms of Prescription Drug Diversion Among Drug‐Involved Club‐and<br />
Street‐Based Populations..Pain Med. 2007;8(2):171‐183<br />
5. O’Neal B, Siegel J. Diversion in the Pharmacy. Hosp Pharm. 2007;42(2):145‐148<br />
66. McClure SR SR, O’neal O neal BC BC, Grauer D, D Couldry RJ RJ, King AR AR. Compliance with Recommendations for<br />
Prevention and Detection of Controlled‐substance Diversion in Hospitals. Am J Health‐Syst<br />
Pharm. 2011;68(8):689‐94.<br />
7. Siegel J, Wierwille C, O’neal B. The Investigative Process. Hosp Pharm. 2007:42(2);466‐469<br />
8. Siegel J, O’Neal B. Code N: Multidisciplinary Approach to Proactive Drug Diversion Prevention.<br />
Hosp Pharm. 2007:42(2);244‐248<br />
8/29/2012<br />
6
Residency Project Pearls<br />
Prolonged Antibiotic Prophylaxis After<br />
Cardiovascular Implantable Electronic<br />
Device Implantation and Its Effect on<br />
Device‐Related Infections<br />
Background<br />
Natasha Lopez, PharmD, BCPS<br />
Critical Care Pharmacist<br />
Rush University Medical Center<br />
Chicago, IL<br />
• Cardiac implantable electronic device (CIED) infections<br />
have remained a major complication after implantation<br />
• The incidence of infection related to CIED implantation<br />
ranges from 0.<strong>13</strong>% to 19.9%<br />
• Variations in the populations and practices at different<br />
sites account for this range of incidence rates<br />
• With the expanded indications for CIED implantation and<br />
higher risk patient population receiving therapy, the<br />
prevention and management of CIED infections<br />
continues to be studied<br />
DiMarco, et al. NEJM. 2003;349:1836‐1847.<br />
Risk Factors<br />
Patient Factors Procedural Characteristics<br />
•Diabetes mellitus<br />
•Heart failure<br />
•Malignancy<br />
•Renal R lddysfunction f i (glomerular ( l l<br />
filtration rate
Antibiotic Prophylaxis<br />
American Heart Association (AHA)<br />
• Preoperative prophylaxis with an antibiotic that has<br />
in vitro activity against staphylococci should be<br />
administered (Level of Evidence: A)<br />
• Antimicrobial prophylaxis in the postoperative period<br />
is not recommended due to lack of evidence and risk<br />
of adverse drug events and antimicrobial resistance<br />
Baddour L, et al. Circulation. 2010;121:458‐477.<br />
Study Purpose<br />
• To determine if postoperative antibiotic prophylaxis<br />
with cephalexin administered for 72 hours reduces<br />
the incidence of infection in patients undergoing<br />
CIED procedure<br />
Research Hypothesis<br />
• There is no difference in the incidence of CIED infection<br />
between 72 hour postoperative cephalexin and no<br />
postoperative antibiotic regimens<br />
Methods‐ Outcomes<br />
Endpoint<br />
Primary Compare the incidence of CIED related infections<br />
between 72 hour postoperative cephalexin to no<br />
postoperative antibiotics<br />
Secondary •Identify the patient characteristics that correlated with<br />
the primary outcome<br />
•Time to infection<br />
Background<br />
• At Rush University Medical Center (RUMC), 72 hours<br />
of postoperative prophylactic antibiotics are used<br />
after CIED implantation<br />
• Currently no study has specifically examined the<br />
efficacy of postoperative antibiotic prophylaxis in<br />
this patient population<br />
Methods ‐ Design<br />
• Retrospective chart review<br />
– January 2007 – October 2011<br />
• Single center, Rush University Medical Center<br />
– 673 bed, university affiliated medical center<br />
Methods‐ Patient Population<br />
Inclusion criteria Exclusion criteria<br />
• Age ≥ 18 and < 89 years • Documented penicillin and/or<br />
cephalosporin allergy<br />
• Recipients of a new, upgrade,<br />
generator replacement revision<br />
or lead revision of CIED<br />
• Received antibiotics for another<br />
iindication di ti prior i to t CIED<br />
•Received preoperative<br />
antibiotics with cefazolin prior to<br />
CIED procedure<br />
• Pregnancy<br />
• Patients who underwent<br />
thoracotomy with implantation<br />
8/29/2012<br />
2
Methods‐ Data Collection<br />
• Demographics<br />
– Age<br />
– Gender<br />
– Comorbidities<br />
– LVEF<br />
• Procedure factors<br />
– CIED type<br />
– Leads<br />
– Length of procedure<br />
• Medication<br />
– Anticoagulants<br />
– Immunosuppressants<br />
Patient Characteristics<br />
• Outcomes<br />
– Device Infection<br />
– Cultures<br />
• Culture positive<br />
• Culture negative<br />
– Time to infection<br />
– Organism identified<br />
• Gram positive<br />
• Gram negative<br />
– Susceptibilities<br />
Characteristics CIED<br />
(n=<strong>15</strong>5)<br />
Age (years), median (IQR) 63 (54‐74)<br />
Male sex, no. (%) 95 (61.3)<br />
Weight (kg), median (IQR)<br />
Ethnicity, no. (%)<br />
81.6 (68.9‐97.1)<br />
African American<br />
80 (51.6)<br />
Caucasian 51 (32 (32.9) 9)<br />
LVEF (%), median (IQR) 25 (<strong>15</strong>‐35)<br />
SCr (mcg/dL), median (IQR) 1.1 (0.9‐1.4)<br />
Co‐morbidities, no. (%)<br />
Atrial fibrillation/flutter<br />
COPD<br />
CHF<br />
CKD<br />
Diabetes<br />
HTN<br />
Results‐ Infections<br />
• Incidence of Infection= 2.6 %<br />
Infection<br />
(n=4)<br />
Time to<br />
infection<br />
(days)<br />
Organism Procedure<br />
(prior to<br />
infection)<br />
1 28 Culture negative Upgrade CRT‐D‐<br />
3 leads<br />
2 48 Culture negative Generator ICD‐<br />
replacement 2 leads<br />
3 24 Staphylococcus aureus<br />
(MSSA)<br />
4 128 •Pseudomonas<br />
aeruginosa<br />
•Klebsiella pneumoniae<br />
(pan‐susceptible)<br />
54 (34.8)<br />
32 (20.6)<br />
108 (69.7)<br />
47 (30.3)<br />
49 (31.6)<br />
128 (82.5)<br />
Device Treatment<br />
Levofloxacin &<br />
clindamycin x14 d<br />
replacement 2 leads<br />
Vancomycin +<br />
piperacillin/tazo<br />
x14 d<br />
Atrial lead<br />
revision &<br />
generator<br />
replacement<br />
PPM‐<br />
2leads<br />
Upgrade ICD‐<br />
2 leads<br />
Cefazolin x14 d<br />
Vancomcyin +<br />
Cefepime x14 d<br />
Levofloxacin x7 d<br />
Duration= 21 d<br />
Patient Population<br />
Cephalexin x72 hours<br />
(n= <strong>15</strong>5 )<br />
ICD 9 Codes<br />
CIED implants (n=6<strong>15</strong> )<br />
Inclusion<br />
‐Age >18 and < 89 years<br />
‐Recipient of new implanted CIED<br />
*revised, upgrade, generator replaced<br />
Exclusion<br />
N= 460<br />
Erx code: cephalexin<br />
Patient Characteristics<br />
•No preoperative abx or<br />
received vancomycin<br />
•Documented penicillin and/or<br />
cephalosporin allergy<br />
•Received antibiotics for<br />
another indication<br />
•Pregnancy<br />
No post‐operative<br />
cephalexin<br />
(n= 0)<br />
Characteristics CIED<br />
(n=<strong>15</strong>5)<br />
Length of procedure (mins), median 78:52<br />
Cefazolin preoperative dose (grams), median (IQR) 1 (1‐2)<br />
Cumulative cefazolin (grams), median (IQR) 3 (3‐5)<br />
•New CIED , no. (%)<br />
112 (72.3)<br />
PPM<br />
37(23.9)<br />
ICD<br />
53(34.2)<br />
CRT CRT‐DD 22( 14.2) 14 2)<br />
•Lead Revision<br />
4 (2.6)<br />
•Upgrade<br />
16 (10.3)<br />
•Generator replacement<br />
<strong>15</strong>(9.7)<br />
•Lead revision and Generator replacement<br />
8 ( 5.2)<br />
•Temporary pacing wire, no. (%)<br />
•Leads placed, no. (%)<br />
11 (7.1)<br />
2<br />
42 (27.7)<br />
PPM= Permanent pacemaker ICD= implantable cardiac defibrillator<br />
CRT‐D= Cardiac resynchronization therapy with defibrillator<br />
Results‐ Characteristics of Patients with<br />
CIED Infection<br />
Infection<br />
(n=4)<br />
Age,<br />
yr<br />
Sex DM CKD COPD History of<br />
Valve<br />
repair<br />
1 62 M _ _ _<br />
Oral<br />
anticoagulant<br />
+ +<br />
Immunosuppressant<br />
2 29 M _ _ _ _ _ _<br />
3 85 M<br />
+ +<br />
4 53 F _ _<br />
_ , Absent; +, Present<br />
M= male; F= female<br />
_ _<br />
+<br />
+ + +<br />
_<br />
_<br />
_<br />
8/29/2012<br />
3
Study Limitations<br />
• Dependent on consistency and completeness<br />
of medical charts<br />
• ICD‐9 9 code d ddependent d id identification ifi i of f<br />
patients with new CIED and infection<br />
• Selection and dosing of medications by<br />
prescriber bias<br />
Future Application<br />
• Vancomycin comparison group<br />
• Review of postoperative antibiotic prophylaxis<br />
regimen prior to 2007<br />
• Prospective evaluation of infection rate<br />
Self‐Assessment Questions<br />
Common organisms responsible for CIED<br />
infections include all of the following, EXCEPT?<br />
AA. CCoagulase‐negative l ti St Staphylococcus h l<br />
B. Methicillin resistant Staphylococcus aureus<br />
C. Methicillin sensitive Staphylococcus aureus<br />
D. Candida species<br />
19<br />
Conclusion<br />
• Previous studies utilizing only preoperative<br />
antibiotic prophylaxis document a 0.5‐1%<br />
incidence of infection<br />
• Currently data are insufficient to confidently assess<br />
postoperative antibiotic prophylaxis after CIED<br />
procedures<br />
• The existing data does not allow definitive<br />
recommendations for clinical practice<br />
Self‐Assessment Questions<br />
Which of the following is recommended by the<br />
2010 American Heart Association Guidelines to<br />
prevent CIED infections at time of device<br />
implantation?<br />
A. Preoperative antibiotic prophylaxis<br />
B. Preoperative and 72 hour postoperative antibiotic<br />
prophylaxis<br />
C. 72 hour postoperative antibiotic prophylaxis<br />
D. No antibiotic prophylaxis<br />
Residency Project Pearls<br />
Prolonged Antibiotic Prophylaxis After<br />
Cardiovascular Implantable Electronic<br />
Device Implantation and Its Effect on<br />
Device‐Related Infections<br />
Researcher:<br />
Natasha Lopez, PharmD, BCPS<br />
Research Committee:<br />
Christopher Crank, PharmD, Ms, AQ‐ID<br />
Payal Gurnani, PharmD, BCPS<br />
8/29/2012<br />
4
Residency Project Pearls<br />
From Dabigatran to Warfarin: A<br />
Change in Progress<br />
Ashley Jacobs, Pharm.D.<br />
Clinical‐Staff Pharmacist<br />
Lutheran Health Network<br />
Fort Wayne, IN<br />
<strong>September</strong> 2012<br />
Disclosure: The speaker has no actual or potential conflict of interest in relation to this presentation.<br />
Dabigatran and Warfarin<br />
Dabigatran Warfarin<br />
• Pros<br />
– No routine monitoring<br />
required<br />
– SStandard d dd dosages available il bl<br />
• Cons<br />
– No antidote available<br />
– Post‐marketing reports of<br />
bleeding<br />
• Pros<br />
– Therapy can be tailored to<br />
patient specific needs<br />
– Long history of use<br />
– Antidote available<br />
• Cons<br />
– Routine monitoring required<br />
– Difficulty managing unstable<br />
INRs<br />
– Bleeding<br />
Heartwire. Available at: http://www.theheart.org/article/<strong>13</strong>24923.do<br />
Warfarin [Prescribing Information]. Haifa Bay, Israel: Taro Pharmaceutical Industries Ltd; 2009.<br />
Pradaxa® [Prescribing Information]. Ridgefield, CT: Boehringer Ingelheim Pharmaceuticals, Inc.; 2012<br />
Adverse Events in the RE‐LY Study<br />
•In the RE-LY study, bleeding and<br />
gastrointestinal events (ex: dyspepsia and<br />
gastrointestinal hemorrhage) were the most<br />
frequent causes of dabigatran treatment<br />
discontinuation<br />
Connolly SJ, Ezekowitz MD, et al. N Engl J Med 2009; 361:1<strong>13</strong>9‐51.<br />
Pradaxa® [Prescribing Information]. Ridgefield, CT: Boehringer Ingelheim<br />
Pharmaceuticals, Inc.; 2012.<br />
Common Oral Anticoagulants<br />
• Warfarin: A vitamin‐K antagonist whose<br />
indications include prevention of<br />
thromboembolic events in atrial fibrillation<br />
• Dabigatran: A direct thrombin inhibitor<br />
approved to reduce the risk of systemic<br />
embolism and stroke in patients with non<br />
valvular atrial fibrillation<br />
Warfarin [Prescribing Information]. Haifa Bay, Israel: Taro Pharmaceutical Industries Ltd; 2009.<br />
Pradaxa® [Prescribing Information]. Ridgefield, CT: Boehringer Ingelheim Pharmaceuticals, Inc.; 2012.<br />
RE‐LY: Warfarin vs. Dabigatran<br />
• The Randomized Evaluation of Long‐Term<br />
Anticoagulation Therapy (RE‐LY) study<br />
compared dabigatran 110 mg BID and <strong>15</strong>0 mg<br />
BID to dose‐adjusted dose adjusted warfarin<br />
– Primary outcome event was stroke or systemic<br />
embolism<br />
– Dabigatran <strong>15</strong>0 mg BID had lower rates of stroke<br />
or systemic embolism, but similar rates of major<br />
hemorrhage, when compared to warfarin<br />
Dabigatran<br />
Connolly SJ, et al. N Engl J Med 2009; 361:1<strong>13</strong>9-51<br />
• Approved in the Fall of 2010 with the following<br />
dosing recommendations:<br />
• CrCl >30: <strong>15</strong>0 mg PO BID<br />
• CrCl <strong>15</strong> to 30: 75 mg PO BID<br />
• CrCl
Study Background<br />
• Observation of patients previously treated with<br />
dabigatran being switched to warfarin<br />
– Pharmacist managed Lutheran Hospital Anticoagulation<br />
Clinic<br />
– Inpatients<br />
Methods<br />
• Patient interviews and retrospective chart reviews at the<br />
Lutheran Hospital Anticoagulation Clinic and Lutheran<br />
Hospital<br />
• Potential causes of dabigatran treatment discontinuation<br />
evaluated include: failure of therapy, therapy adverse drug events, events<br />
and cost of therapy<br />
• Patients were selected from the time dabigatran was<br />
released in Fall 2010 until April 2012<br />
Duration of Dabigatran Therapy<br />
• Average treatment duration: 4 months<br />
½ month<br />
12.5%<br />
12 months<br />
12.5% %<br />
Duration of dabigatran therapy (N=8)<br />
9months<br />
12.5%<br />
5 months<br />
25%<br />
1 month<br />
37.5%<br />
Objective<br />
• To determine reasons for discontinuation of<br />
dabigatran and re‐initiation or initiation of<br />
warfarin in a real‐world setting<br />
Patient Demographics<br />
Results<br />
Number of Patients 22<br />
Inpatients 9<br />
Outpatients <strong>13</strong><br />
Gender Men: 55%<br />
Women: 45%<br />
Age Average: 76<br />
Max: 93<br />
Min: 34<br />
• Some patients had more than one reason for<br />
discontinuation of therapy<br />
6<br />
5<br />
4<br />
3<br />
2<br />
1<br />
0<br />
Summary of Reasons for<br />
Discontinuation<br />
Number of Claims<br />
Number of Claims<br />
8/29/2012<br />
2
Reasons for Discontinuation<br />
• Gastrointestinal Side Effects<br />
– Diarrhea<br />
– Heartburn<br />
– Upset stomach<br />
• Off‐label Indications<br />
– DVT prophylaxis and aortic stenosis<br />
• Clot Formation<br />
– Patient admitted with a PE<br />
Comparison of Results<br />
RE‐LY Study Current Study<br />
• Overall rate of<br />
discontinuation: <strong>15</strong>.5%<br />
– Discontinuation due to<br />
gastrointestinal symptoms<br />
• <strong>13</strong>0 patients (2.1%)<br />
Evaluation<br />
• Total number of Lutheran<br />
Medical Group patients<br />
prescribed dabigatran: 66<br />
– Rt Rate of f discontinuation di ti ti for f<br />
the current study: 25%<br />
– Discontinuation due to<br />
gastrointestinal symptoms<br />
• 3 patients (14%)<br />
Connolly SJ, Ezekowitz MD, et al. N Engl J Med 2009; 361:1<strong>13</strong>9‐51<br />
• Limitations<br />
– Small sample size<br />
– We do not have a baseline value to compare our<br />
data to because we do not know the percentage<br />
of patients currently on warfarin, who were<br />
initially on dabigatran<br />
Cost Comparison<br />
Dabigatran<br />
Warfarin<br />
• Cash price for <strong>15</strong>0 mg BID • Anticoagulation Clinic visit<br />
30 day supply at certain<br />
– Visit: $68.48<br />
pharmacies<br />
– Finger stick: $8.55<br />
– $266.32 • Cash price for warfarin 30‐<br />
day supply at certain<br />
pharmacies<br />
– $4<br />
Evaluation<br />
• Benefits<br />
– Results provided an opportunity for pharmacists<br />
to educate prescribers about dabigatran and what<br />
to consider prior p to initiating g therapy py<br />
• Ex: Evaluate the patient’s age and past medical history<br />
before prescribing dabigatran<br />
– Adverse events were identified that can be<br />
reported<br />
Conclusion<br />
• Considerations for dabigatran initiation<br />
– Cost, age, renal function, and a patient’s<br />
willingness to handle gastrointestinal side effects<br />
need to be taken into account<br />
8/29/2012<br />
3
A patient has a CrCl of 25 mL/min. Which dose of<br />
dabigatran should be prescribed for this patient?<br />
– A: <strong>15</strong>0 mg PO daily<br />
– B: 75 mg PO BID<br />
– C: <strong>15</strong>0 mg PO BID<br />
– D: Dabigatran is<br />
contraindicated in<br />
this patient<br />
References<br />
A: <strong>15</strong>0 mg PO daily<br />
0% 0% 0% 0%<br />
B: 75 mg PO BID<br />
C: <strong>15</strong>0 mg PO BID<br />
D: Dabigatran is contrai...<br />
• 1. MayoClinic. Atrial Fibrillation. Available at: http://www.mayoclinic.com/health/atrial‐fibrillation/DS00291 Accessed<br />
November 27, 2011.<br />
• 2. Boehringer Ingelheim Pharmaceuticals, Inc. How AFib can cause a stroke. Available at: https://www.afibstroke.com/blood‐<br />
clot‐causes‐<br />
stroke.jsp?sc=PRDACQWEBGGLDDG1203103&utm_source=google&utm_medium=cpc&utm_term=afib&utm_campaign=Afi<br />
b_Unbranded Accessed April 7, 2012.<br />
• 3. Warfarin [Prescribing Information]. Haifa Bay, Israel: Taro Pharmaceutical Industries Ltd; 2009.<br />
• 4. Pradaxa® [Prescribing Information]. Ridgefield, CT: Boehringer Ingelheim Pharmaceuticals, Inc.; 2012.<br />
• 5. Connolly y SJ, Ezekowitz MD, Yusuf S, et al. Dabigatran g versus warfarin in ppatients with atrial fibrillation. N Engl g J Med 2009;<br />
361:1<strong>13</strong>9‐51.<br />
• 6. Boehringer Ingelheim Pharmaceuticals, Inc. Pradaxa. Available at: http://www.pradaxa.com/ Accessed April 7, 2012.<br />
Residency Project Pearls<br />
From Dabigatran to Warfarin: A<br />
Change g in Progress g<br />
Ashley Jacobs, Pharm.D.<br />
Clinical‐Staff Pharmacist<br />
Lutheran Health Network<br />
Fort Wayne, IN<br />
<strong>September</strong> 2012<br />
Disclosure: The speaker has no actual or potential conflict of interest in relation to this presentation.<br />
Which organ system is commonly associated<br />
with dabigatran side effects?<br />
– A: Respiratory system<br />
– B: Endocrine system<br />
– C: Excretory system<br />
– D: Digestive system<br />
A: Respiratory system<br />
0% 0% 0% 0%<br />
B: Endocrine system<br />
C: Excretory system<br />
http://www.vietvaluetravel.com/blog/2012/02/21/most‐asked‐questions‐about‐vietnam/<br />
D: Digestive system<br />
8/29/2012<br />
4
Residency Project Pearls<br />
Extended Stability of Intravenous<br />
Acetaminophen in Syringes and Opened<br />
Glass Bottles<br />
JJennifer if L. L Kwiatkowski, K i k ki Ph Pharm.D. D<br />
Pediatric Specialist at St. John’s Hospital, Springfield, IL<br />
<strong>September</strong> 2012<br />
Great Lakes <strong>Presentation</strong> from PGY2 Pediatric Pharmacy<br />
Residency at the University of Michigan<br />
The speaker has no actual or potential conflict of interest in relation to this presentation.<br />
Drug Development<br />
• Intravenous acetaminophen approved for use<br />
in Europe in 2001<br />
• Marketed in over 80 countries<br />
• Food and Drug Administration (FDA) approved<br />
in November 2010<br />
Jahr JS et al. Anesthesiol Clin. 2010;28(4):619‐45.<br />
Aqueous Decomposition<br />
Acetaminophen<br />
p‐aminophenol and acetic acid<br />
Koshy KT et al. J Pharm Sci. 1961;50:1<strong>13</strong>‐8.<br />
Menezes HA et al. J Electroanal Chem. 2006; 586(1):39‐48.<br />
Hydrolysis<br />
Oxidation<br />
p‐benzoquinoneime<br />
Hydrolysis<br />
p‐benzoquinone<br />
Therapeutic Uses<br />
• Unable to tolerate oral or rectal drug<br />
administration<br />
• Potential reduction in opioid or NSAID related<br />
adverse effects<br />
• Insufficient response to IV opioids or NSAIDs<br />
• Contraindication to IV NSAIDs<br />
Babl FE et al. Pediatr Emerg Care. 2011;27(6):496‐9.<br />
Product Formulation<br />
• Limited water solubility<br />
– Higher at room temperature compared to<br />
refrigeration<br />
• Stability in aqueous solution<br />
Martindale 35th ed. 2007.<br />
Koshy KT et al. J Pharm Sci. 1961;50:1<strong>13</strong>‐8.<br />
Influence of pH<br />
• Target pH 5‐6<br />
– Reported half life 19‐22 years<br />
• Acidic environment<br />
– Reported p half life
• Cysteine hydrochloride: antioxidant<br />
• Nitrogen gas in vial to reduce oxidation<br />
• Mannitol: isotonicity<br />
• No preservatives<br />
Excipients<br />
Ofirmev package insert. Cadence; 2010.<br />
Rowe RC et al. Handbook of pharmaceutical excipients. 5th ed. 2006.<br />
Schmitt E et al. EJHP 2003 6:96‐102.<br />
Audience Question<br />
Which of the following is a limitation of the current 6‐<br />
hour usage guideline for intravenous acetaminophen?<br />
A. Potential for infusion related reactions due to administration<br />
guidelines<br />
B. Potential for dosing errors when dispensing the 1000 mg<br />
bottle of intravenous acetaminophen<br />
C. Potential for increased cost in adult patients receiving a 1000<br />
mg dose of intravenous acetaminophen<br />
D. Potential for product waste for pediatric patients who require<br />
only a portion of the 1000 mg bottle<br />
Beyond Use Dating<br />
• USP 797 guidelines for sterile compounding<br />
• Low‐risk level<br />
– Sterile for 48 hours at room temperature<br />
– AAseptic i manipulations i l i within ihi ISO Cl Class 5 air i<br />
quality or better<br />
– Institutional specifications for final dating<br />
USP Guidebook to Pharmaceutical Compounding— Sterile Preparations.<br />
Usage Guideline<br />
• Intravenous acetaminophen supplied as 1<br />
gram, 100 mL bottle with 6‐hour usage<br />
guideline<br />
Ofirmev package insert. Cadence; 2010.<br />
• Weight‐based dosing<br />
• Use of a fraction of the bottle<br />
• Product waste<br />
• Increased costs<br />
Pediatric Limitations<br />
• Disruption in pharmacy workflow<br />
Extended Stability of Intravenous<br />
Acetaminophen in Syringes and Opened Glass<br />
Bottles<br />
Jennifer Kwiatkowski, PharmD<br />
Cary Johnson, Pharm.D., FASHP<br />
Deb Wagner, Pharm.D., FASHP<br />
University of Michigan Hospitals and Health Centers<br />
8/29/2012<br />
2
Specific Aim<br />
• Specific aim<br />
– Determine if intravenous acetaminophen is stable over an<br />
84 hour time period over a range of doses stored in<br />
syringes and a range of volumes remaining in the original<br />
opened bottle<br />
• Hypothesis<br />
– Intravenous acetaminophen will maintain at least 90% of<br />
the original concentration over an 84 hour time period at<br />
room temperature<br />
• Stationary phase<br />
HPLC Components<br />
– C‐18 reverse phase column<br />
– 5‐µm µ p particle size ( (250 mm x 4.6 mm) )<br />
• Mobile phase<br />
– Mixture of acetonitrile and deionized‐distilled<br />
water (20:80 v/v) containing 0.<strong>15</strong>% formic acid<br />
Acetaminophen. USP 34 NF 29.<br />
Acetaminophen Standard Curve<br />
• Analytical grade acetaminophen powder<br />
• 5‐point standard curve<br />
– 40, 45, 50, 55, 60 µg/mL<br />
• Standard was run after every 10 th assay sample<br />
as an external control<br />
High Performance Liquid Chromatography<br />
(HPLC)<br />
http://www.comsol.com/stories/waters_corp_hplc_systems/full<br />
Sample Detection<br />
• UV light detector<br />
– λ set at 243 nm<br />
• Flow rate<br />
– 1 mL/min<br />
• Samples<br />
– Diluted to 50 µg/mL expected concentration with<br />
mobile phase<br />
– Prepared in triplicate, each sample assayed in<br />
duplicate<br />
AJHP 2000;57:1<strong>15</strong>0‐69.<br />
Audience Question<br />
According to ASHP guidelines for conducting a<br />
drug stability experiment, drug samples must be<br />
assayed how many times?<br />
AA. Once<br />
B. Twice<br />
C. Three times<br />
D. Four times<br />
8/29/2012<br />
3
Sample Preparation<br />
• Intravenous acetaminophen supplied as 10 mg/mL,<br />
100 mL bottle<br />
• Doses in syringes (triplicate)<br />
– 100 mg (10 mL in 10 mL syringe)<br />
– 250 mg (25 mL in 30 mL syringe)<br />
– 500 mg (50 mL in 60 mL syringe)<br />
• Volumes in original opened bottle (triplicate)<br />
– 250 mg (25 mL in bottle)<br />
– 900 mg (90 mL in bottle)<br />
Stability‐Indicating Assays<br />
• Forced decomposition of intravenous<br />
acetaminophen<br />
– 3% hydrogen peroxide<br />
– 1 N sodium hydroxide (pH 12)<br />
– 1 N hydrochloric acid (pH 2)<br />
• Procedure<br />
– Heat to 90ºC for 2 hours<br />
– Neutralized to pH 7<br />
Results<br />
y = <strong>13</strong>1692.3000x +<br />
1067843.7000<br />
R² = 0.9996<br />
• Visually inspected for color change and<br />
precipitate formation<br />
• pH measured<br />
Sample Analysis<br />
• Microbiological testing not performed<br />
Time<br />
Results<br />
Sample Acetaminophen Chromatogram<br />
Degradation<br />
Solution<br />
3% hydrogen<br />
peroxide<br />
1 N hydrochloric<br />
acid (pH 2)<br />
1 N sodium<br />
hydroxide (pH 12)<br />
HPLC Peak Height<br />
Results<br />
Degradation Peaks<br />
(minutes)<br />
Acetaminophen peak<br />
at 4.05 minutes<br />
Stability-Indicating Capability of HPLC Assay<br />
Acetaminophen peak: 4 minutes<br />
p‐aminophenol peak: 7.35 minutes<br />
Acetaminophen<br />
Degradation (%)<br />
246 2.46 5<br />
2.70, 6.08, 7.35 8<br />
2.64, 5.23, 7.35 25<br />
8/29/2012<br />
4
Stability of Intravenous Acetaminophen (10 mg/mL) at Room<br />
Temperature in Varying Storage Containers<br />
Sample Actual Initial<br />
Drug<br />
Concentrationa (mg/mL)<br />
100 mg<br />
(syringe)<br />
250 mg<br />
(syringe)<br />
500 mg<br />
(syringe)<br />
250 mg<br />
(bottle)<br />
900 mg<br />
(bottle)<br />
% Initial Concentration Remaining<br />
24 hours 48 hours 72 hours 84 hours<br />
9.94 ± 0.05 99.11 ± 0.52 100.54 ± 0.69 100.08 ± 0.38 100.02 ±0.53<br />
9.96 ± 0.02 99.66 ± 1.11 99.61 ± 0.68 99.83 ± 0.89 99.80 ±0.35<br />
9.96 ± 0.03 100.<strong>13</strong> ± 0.37 99.83 ± 0.64 99.92 ± 058 99.68 ±0.55<br />
9.98 ± 0.03 99.67 ± 0.36 100.07 ± 1.26 99.37 ± 0.24 99.53 ±0.41<br />
9.93 ± 0.04 99.76 ± 0.33 100.03 ± 0.59 100.54 ± 0.58 100.31 ±1.22<br />
a Mean ±S.D. of duplicate determinants for three samples (n = 3).<br />
Conclusion<br />
• Intravenous acetaminophen (10 mg/mL) was<br />
physically and chemically stable in a range of volumes<br />
for up to 84 hours in the opened bottles and in<br />
polypropylene syringes<br />
References<br />
1. Babl FE, Theophilos T, Palmer GM. Is there a role for intravenous<br />
acetaminophen in pediatric emergency departments? Pediatr Emerg<br />
Care. 2011;27(6):496‐9.<br />
2. Jahr JS, Lee VK. Intravenous acetaminophen. Anesthesiol Clin.<br />
2010;28(4):619‐45.<br />
3. Martindale –The Complete Drug Reference. 35th ed. London:<br />
Pharmaceutical Press; 2007.<br />
4. Koshy KT, Lach JL. Stability of aqueous solutions of N‐acetyl‐p‐<br />
aminophenol. J Pharm Sci. 1961;50:1<strong>13</strong>‐8.<br />
5. Menezes HA, Maia G. Films formed by the electrooxidation of p‐<br />
aminophenol (p‐APh) in aqueous medium: What do they look like? J<br />
Electroanal Chem. 2006; 586(1):39‐48.<br />
6. OFIRMEV (intravenous acetaminophen) package insert. San Diego, CA:<br />
Cadence Pharma; 2010 Nov.<br />
Results<br />
• No detectable change in sample color<br />
• No visible drug precipitation<br />
• No appreciable change in the initial pH (5.77 ±0.02)<br />
• Interday coefficient of variation: 1.8%<br />
• Intraday coefficient of variation: 1%<br />
Significance<br />
• Benefits of extending the stability of<br />
intravenous acetaminophen<br />
– Decreased product waste<br />
– Cost savings to patients and the healthcare system<br />
– Pharmacy workflow optimized by minimizing need<br />
for urgent dose preparation<br />
References<br />
7. Rowe RC, Sheskey PJ, Owen SC. Handbook of pharmaceutical excipients.<br />
American Pharmacists Associations. 5th ed. London; Pharmaceutical<br />
Press; 2006.<br />
8. Schmitt E, Vainchtock A, Nicoloyannis N et al. Ready to use injectable<br />
paracetamol: easier, safer, lowering workload and costs. EJHP 2003 6:96‐<br />
102.<br />
9. USP Guidebook to Pharmaceutical Compounding— Sterile<br />
Preparations. The United States Pharmacopeia, 34th revision, and The<br />
National Formulary, 29th ed. Rockville, MD: United States Pharmacopeial<br />
Convention; 2010:336‐73.<br />
10. ASHP guidelines on quality assurance for pharmacy‐prepared sterile<br />
products. American Society of Health System Pharmacists. Am J Health<br />
Syst Pharm. 2000;57(12):1<strong>15</strong>0‐69.<br />
11. Acetaminophen. The United States Pharmacopeia, 34th revision, and The<br />
National Formulary, 29th ed. Rockville, MD: United States Pharmacopeial<br />
Convention; 2010:1720‐3.<br />
8/29/2012<br />
5
Questions?<br />
Residency Project Pearls<br />
Extended Stability of Intravenous<br />
Acetaminophen in Syringes and Opened<br />
Glass Bottles<br />
Jennifer L. Kwiatkowski, Pharm.D.<br />
Pediatric Specialist at St. John’s Hospital, Springfield, IL<br />
<strong>September</strong> 2012<br />
Great Lakes <strong>Presentation</strong> from PGY2 Pediatric Pharmacy<br />
Residency at the University of Michigan<br />
8/29/2012<br />
32<br />
6
Interview: Getting ready to be<br />
interviewed for a PGY1 Residency<br />
Jill S. Borchert, PharmD, BCPS, FCCP<br />
Professor, Vice Chair and Residency Director<br />
Midwestern University Chicago College of<br />
Pharmacy<br />
The Interview: Purpose<br />
• Their Purpose:<br />
– Assess your qualifications<br />
– Assess your fit with their program and department<br />
• YYour PPurpose:<br />
– Assess whether their program fits with your<br />
interests and needs<br />
– Assess whether their department fits with you!<br />
The Interview: Format<br />
• Individual v. group<br />
– Often combination<br />
• <strong>Meeting</strong> with RPD, Director of Pharmacy<br />
M ti ith t<br />
• <strong>Meeting</strong>s with preceptors<br />
• <strong>Meeting</strong>s with residents<br />
• Tour<br />
• Lunch<br />
• <strong>Presentation</strong> or clinical case?<br />
8/29/2012<br />
1
The Interview: Your Preparation<br />
• Research the program!!<br />
• Ask about the expectations of the interview<br />
– <strong>Presentation</strong>?<br />
• Format, AV availability, audience, handout<br />
• Draw upon previously given presentations<br />
– Clinical case?<br />
• References, timing<br />
• Develop a list of questions you’ll ask<br />
• Think about answers to potential questions<br />
they’ll ask<br />
Questions They’ll Ask<br />
• Why do you want to do a residency?<br />
• Why THIS residency?<br />
• Goals (this year, 1 year, 5 years, 10 years)<br />
• Wh What t can YOU bring bi to t this thi program? ?<br />
• Strengths/weaknesses<br />
– Highlight how you have improved in areas of<br />
weakness<br />
• How do you manage ….time? ….stress?…<br />
conflict?<br />
Questions They’ll Ask<br />
• 3C’s<br />
– How do you handle change?<br />
– How do you handle criticism?<br />
How are you creative?<br />
– How are you creative?<br />
• Clinical scenarios/Behavioral<br />
– What would you do if….<br />
– Tell me about an intervention<br />
– Give examples of…conflict resolution, group<br />
project, etc.<br />
8/29/2012<br />
2
Questions You Can Ask<br />
• Ask questions and ask appropriate questions<br />
– Nothing shows lack of interest like silence or<br />
questions not matched to the program<br />
• Typical day/rotation<br />
• How are projects selected?<br />
• How is the staffing component integrated?<br />
• Where are past residents now?<br />
• Consider asking preceptors/RPD and residents<br />
the same questions<br />
Miscellaneous<br />
• Be polite in all correspondence and with other<br />
co‐interviewees<br />
• Attire<br />
– Typical dress code<br />
– Comfortable shoes<br />
• Be prepared<br />
– Water<br />
– Money<br />
• Thank you notes<br />
8/29/2012<br />
3
PGY1 Residency Options<br />
Carol Heunisch, PharmD, BCPS<br />
WHY DO A RESIDENCY?<br />
• Opportunity to apply didactic knowledge<br />
• Work with interdisciplinary patient care team<br />
• Sharpen critical thinking skills<br />
• Learn about leadership characteristics<br />
• Exposure to variety of pharmacist career paths<br />
• Differentiate candidates through career<br />
• Networking<br />
RESIDENCY PROGRAM TYPES<br />
• Postgraduate Year 1 (PGY1)<br />
– Provide “generalist” training<br />
– Variety of practice settings: Health system, managed care,<br />
community.<br />
– Focus on development p of clinical judgment j g & problem‐ p<br />
solving skills.<br />
– Outcomes competencies:<br />
• Medication management<br />
• Leadership/practice management<br />
• Project management skills<br />
• Practice‐ and medication‐related education/training<br />
• Utilization of medical informatics<br />
– Pharmacy practice residency most common.<br />
8/29/2012<br />
1
RESIDENCY PROGRAM TYPES<br />
• Postgraduate Year 2 (PGY2)<br />
• Provide advanced training in focused area<br />
– Ambulatory care, Critical Care, Drug Information,<br />
Infectious diseases, practice management/administration,<br />
nuclear pharmacy—to name just a few!<br />
• Integrates PGY 1 experience to allow independent<br />
practitioner functioning.<br />
• Prepares for board certification in practice area.<br />
RESIDENCY PROGRAM BASICS<br />
– Almost 1000 PGY1 programs nationally‐hospital,<br />
clinic, community practice or managed care<br />
settings.<br />
– Approximately 2000 pharmacists do residencies<br />
annually.<br />
– Program length 1 year, full‐time commitment.<br />
– Paid stipend and usually benefits (insurance).<br />
– Areas of program focus/training: Administration,<br />
Infectious Disease, General Medicine, Critical<br />
Care, staffing, plus electives.<br />
RESIDENCY PROGRAM STATISTICS<br />
2012<br />
• Positions available:<br />
– PGY1: 2,408 (<strong>13</strong>% more<br />
than 2011).<br />
– PGY 1 applicants: 3706<br />
– PGY1 includes i l d general, l<br />
community, managed<br />
care positions.<br />
– PGY2: 590 (12% increase<br />
over 2011).<br />
• Actual matches:<br />
– PGY1: 2268 (<strong>13</strong>% more<br />
than filled in 2011).<br />
– PGY2: 505 (14% more<br />
than filled in 2011) 2011).<br />
• Includes 326<br />
positions filled in the<br />
match plus 179 early<br />
commits.<br />
8/29/2012<br />
2
RESIDENCY PROGRAM BASICS<br />
• Program accreditation<br />
– ASHP accreditation means:<br />
• Training site compliant with standards of practice<br />
• Program committed to excellence in training<br />
• Continuous improvement of training and service<br />
• Peer‐reviewed, meets requirements of training<br />
• Recognition by potential employers<br />
• Accredited programs can be found at www.ashp.org in the<br />
“Residency Directory”<br />
RESIDENCY PROGRAM BASICS<br />
• “The Match”<br />
– “Resident Matching Program”<br />
– A service that pairs residents with residency<br />
programs.<br />
– Residency candidates must sign up for Resident<br />
Matching Program.<br />
http://www.natmatch.com/ashprmp/<br />
– Match results available in March.<br />
– NMS provides information about positions<br />
available after match completed.<br />
CONSIDERING A RESIDENCY?<br />
NOW WHAT?<br />
• Network and research prospective programs<br />
• 4th Professional year<br />
– Draft CV and cover letter<br />
– Letters of recommendation<br />
– Sign up with National Matching Service<br />
– Register for ASHP Midyear Clinical <strong>Meeting</strong> & participate in<br />
residency showcase & PPS (Personnel Placement Service)<br />
– Complete program applications—apply to several, don’t<br />
limit to one geographic area.<br />
– Interview<br />
– Submit ranking preferences to NMS<br />
– Match!<br />
8/29/2012<br />
3
ASHP MIDYEAR CLINICAL MEETING<br />
• Residency Showcase<br />
– Informal meetings with residents, program directors, and<br />
preceptors<br />
– Opportunity to ask questions and get program information<br />
– Programs listed by training site, not specific program type<br />
• ASHP Personnel Placement Service (PPS)<br />
– Optional, additional fee for participation<br />
– Opportunity to schedule one on one interviews<br />
– Good to narrow potential programs for on‐site interviews<br />
– Recruit for PGY1, PGY2 residents as well as fellowships<br />
– Search for “residency program postings” www.careerpharm.com<br />
PROFESSIONAL ORGANIZATION MEMBERSHIP<br />
• <strong>ICHP</strong>, ASHP, APhA<br />
• Offers network opportunities on and off campus<br />
• Access to programs like residency showcases at state<br />
and national meetings<br />
• Leadership opportunities<br />
• Access to journals such as AJHP for clinical &<br />
operational skills enhancement<br />
RESIDENCY RESOURCES<br />
• http://www.ashp.org<br />
• http://www.natmatch.com/ashprmp<br />
• http://www.careerpharm.com<br />
• http://www.ichpnet.org<br />
8/29/2012<br />
4
CV: The key to a top<br />
curriculum vitae<br />
Karen Kelly, Pharm.D.<br />
Pharmacy Manager<br />
Evanston Hospital<br />
NorthShore University HealthSystem<br />
What is a curriculum vitae (CV)<br />
• CV: Latin = course or outline of your life<br />
• Written profile of your professional<br />
qualifications<br />
• OOrganized i dli list of f achievements hi & experiences i<br />
• Focus on education, professional experience<br />
• Varies in length, one to several pages<br />
• Longer, more detailed than a resume<br />
• Living document<br />
What should be included in a CV?<br />
• Your contact information<br />
– Centered, top of page<br />
– Name, address, phone & email<br />
• Education<br />
– Most recent educational experience first<br />
– Spell out your degree, subject & school<br />
• Specialized Training & Certifications<br />
– CPR, ACLS, BCPS, immunization training<br />
– Include the full certification name and the year earned<br />
8/29/2012<br />
1
What should be included in a CV?<br />
• Professional experience<br />
– Most recent experience first<br />
– Time employed, position title, name & location of<br />
employer, name & contact of supervisor<br />
– Description of position if not easily identifiable<br />
• Clerkship rotations<br />
– Good to list if right out of school<br />
– Spell out names; no abbreviations<br />
What should be included in a CV?<br />
• <strong>Presentation</strong>s<br />
– Include title, name of group presented to, year<br />
• Publications<br />
– Use official citation method<br />
• Honors & Awards<br />
– List title & year<br />
– Deans list – include quarter & year<br />
What should be included in a CV?<br />
• Membership in organizations<br />
– include offices held<br />
• Licensure<br />
– include state & type yp of license<br />
• Professional & Community Service<br />
– Name of group, office held, scope of work<br />
• Other special experiences or skills<br />
– Any unique quality, language, training<br />
• References – list out<br />
8/29/2012<br />
2
Tips for a Top Notch CV<br />
• Focus on professional, pharmacy‐related<br />
information<br />
• Include positive information about your<br />
achievements<br />
• Use headings to identify each section<br />
• For offices held, describe the scope of<br />
responsibilities & their impact<br />
• Update regularly to reflect work experience,<br />
presentations<br />
Tips for a Top Notch CV<br />
• Identify your preceptors and supervisors by<br />
name, include their title<br />
• Use simple fonts –Times New Roman, Arial<br />
• High quality, quality conservative paper<br />
• Watch for spelling errors<br />
• Do not use abbreviations<br />
• Do no use colors<br />
• Be honest in the content<br />
• Have someone proofread it for you<br />
What do employers look for<br />
in a CV?<br />
• Signs of achievement<br />
• Willingness to work hard<br />
• Professionalism<br />
• Patterns of stability & career direction<br />
• Hard worker<br />
8/29/2012<br />
3
What NOT to Include in your CV<br />
• Personal information: age, marital status<br />
• Interests and hobbies<br />
• Reason for changing jobs or no job<br />
• Photo, unless requested<br />
• Information prior to pharmacy school except<br />
for education, previous degrees, or unique<br />
achievements<br />
– exclude high‐school<br />
CV: Conclusion<br />
• Be honest in your content<br />
• Highlight your strengths & achievements<br />
• Create a good first impression<br />
• Your CV as an advertisement for YOU!<br />
References<br />
• American Society of Health‐System Pharmacists.<br />
Accreditation, Resident Info, Curriculum Vitae. Available at:<br />
http://www.ashp.org/menu/Residents/GeneralInfo/Curriculu<br />
mVitae.aspx Accessed August 7, 2012.<br />
• CV‐Resume.org. CV Resume and Cover Letter. Available at<br />
http://cv‐resume.org. p// g Accessed August g 7, , 2012.<br />
• University of Kent Careers Advising Service. How to write a<br />
successful CV. Available at:<br />
http://www.kent.ac.uk/careers/cv.htm. Accessed August 7,<br />
2012.<br />
8/29/2012<br />
4
What is PhORCAS?<br />
• PhORCAS is the Pharmacy Online Residency Centralized<br />
Application Service, a web‐based residency application<br />
service<br />
• The goal of PhORCAS is to streamline the residency<br />
application process<br />
• PhORCAS is a partnership between ASHP Accreditation<br />
Services and Liaison International. Liaison International<br />
(www.liaison‐intl.com has built and maintains 22 other<br />
centralized application services (including PharmCAS)<br />
• PhORCAS will be divided into 3 main portals: the application<br />
portal, the program portal, and the reference portal.<br />
How is PhORCAS used by residency program<br />
applicants?<br />
• The residency applicant creates a PhORCAS account and is then transferred seamlessly to the<br />
National Matching Service (NMS) as part of the account creation process.<br />
– complete an application online in PhORCAS.<br />
– After the application is complete, applicants upload a personal statement/letter of intent and a copy of their<br />
curriculum vitae (CV).<br />
• They have the option of using the same personal statement and CV for all programs, or they can upload a unique personal<br />
statement and/or CV for select programs.<br />
– Applicants request one copy of their official transcripts that is mailed to PhORCAS where its authenticity is<br />
certified. The transcripts is then uploaded into the PhORCAS application portal.<br />
• PhORCAS provides a link to the ASHP online directory, allowing applicants to check for any<br />
additional site‐specific application requirements.<br />
• The applicant identifies three individuals who will be providing references.<br />
– The same individuals may be used for all sites, or the applicant may select a series of different individuals for<br />
select programs.<br />
– The applicant enters a contact email address for the reference<br />
• You may include a personal note for the automated message generated by PhORCAS alerting the reference of the request<br />
to provide a letter of recommendation.<br />
– The applicant will not be able to see the content of the submitted reference form or letter, but they will be<br />
able to track the completion of the reference provided to the program.<br />
How are PhORCAS and the National Matching<br />
Service (NMS) connected?<br />
• PhORCAS is linked with the National Matching Service (NMS), offering applicants the ability to<br />
register seamlessly with NMS as part of the PhORCAS application process.<br />
• Each program registered in the ASHP Resident Matching Program, with a unique NMS code, will<br />
automatically be uploaded into PhORCAS unless the program director selects an “Opt out” option.<br />
– The program name and application deadline date entered on the agreement will be uploaded into<br />
PhORCAS.<br />
• There will be routine updates p between NMS and PhORCAS to verify y that applicants pp have registered g<br />
for the match, or if new residency programs have been added to PhORCAS.<br />
• Following the match, NMS will produce a dynamic list of available programs post‐match thus<br />
allowing candidates to use PhORCAS in the post match (“scramble”) process.<br />
– The list of available programs offering positions post match will be posted in PhORCAS (if they participate in<br />
PhORCAS) to allow these individuals to apply to these programs electronically.<br />
– The information currently in PhORCAS can be used, or the applicant and reference writer can choose to<br />
customize to the new post match applications.<br />
– Applicants will submit their information from the PhORCAS application portal. Programs will see the new<br />
applications in a third section listed as the “Post match applications.”<br />
8/29/2012<br />
1
What are the benefits of PhORCAS to residency<br />
applicants?<br />
• One online submission<br />
– Applicants will not have to pay for multiple mailings and tracking of deliveries.<br />
– Information is transmitted real time to programs ‐ thus decreasing variations in mail deliveries.<br />
• Electronic tracking, notification of application process<br />
– ‐The applicant will know exactly what application components are pending and which reference writers have not<br />
submitted letters of reference at all times<br />
• Reduced applicant hassle with transcripts<br />
– Only one copy of each transcript is needed to be sent to the PhORCAS Transcripts Department for all participating<br />
programs<br />
• Flexibility to standardize or customize<br />
– Applicants can submit the same application materials to all programs or customize their application materials specific<br />
to each program they are applying (e.g. CV, personal statement).<br />
– PhORCAS allows uploads of supplemental information that may be required by a program, as long as it is in PDF (.pdf),<br />
MSWord (.doc), or Rich Text Format (.rtf), and/or ASDII Text File (.txt)). All programs specific application materials can<br />
be uploaded through the use of the Supplemental Information section in PhORCAS and can be specific just to that<br />
application. There is a space limitation of 5MB for supplemental data.<br />
• Consolidated National Matching Service (NMS) and PhORCAS registration<br />
– The applicant will enter the PhORCAS web site and is then transferred seamlessly to the NMS web site, allowing them<br />
to pay and register for NMS.<br />
System available for post‐match process<br />
– Applicants will be able to see residency programs accepting applications post‐match and can send their PhORCAS<br />
application materials to the appropriate residency programs. This reduces the mad dash or scramble to provide<br />
application materials to residency programs and eliminate expedited reference letter requests.<br />
FEES AND ADMINISTRATIVE INFORMATION<br />
• What is the fee for applicants?<br />
The initial applicant PhORCAS fee is $75 and includes the first 4 program selections. Each additional program<br />
selected is $25.<br />
PhORCAS will seamlessly transfer applicants to the National Matching Service (NMS) allowing them to pay and<br />
register for NMS. The NMS fee is $116. The applicant must be registered with NMS before applying to residency<br />
programs in PhORCAS.<br />
• How were the applicant fees for PhORCAS determined?<br />
Working with Liaison, ASHP compared comparable centralized application services, centralized application survey<br />
data from a survey ASHP conducted in 2011, and established a fee structure that was price conscious.<br />
ASHP conducted a survey of applicants completing the match process in 2011, and based the fee structure on<br />
these survey results. On average each candidate paid $145 and applied to 5 or 6 programs. Using PhORCAS<br />
applying to 6 sites will cost $125, keeping the fees below those identified in the survey. The fees for PhORCAS go<br />
to administering the service.<br />
• If an applicant is applying to a program with multiple sites, each with their own matching code, is the applicant<br />
applying to each site?<br />
Yes, the applicant applies to each individual site that has its own unique National Matching Service (NMS) code,<br />
however as all the sites are part of one residency (only one ASHP Residency number), the applicant will only have<br />
to pay for one residency application fee (the applicant can apply to all the sites associated with that residency<br />
program for one application fee: $25.<br />
8/29/2012<br />
2
Piecing together the new CHEST<br />
guidelines<br />
Highlights of CHEST 2012<br />
Erika Hellenbart, PharmD, BCPS<br />
<strong>September</strong> <strong>15</strong>, 2012<br />
The speakers have nothing to disclose.<br />
To what extent have you adopted<br />
the CHEST 2012 guidelines?<br />
1. All<br />
2. Most<br />
3. A few<br />
4. None<br />
0% 0% 0% 0%<br />
1 2 3 4<br />
Decrease in 1A recommendations<br />
• Thrombosis experts excluded from final<br />
recommendations1 – Involved in discussions and review of evidence<br />
– Unconflicted methodologists took responsibility<br />
for each chapter<br />
• Not necessarily thrombosis experts<br />
– Minimized financial and intellectual conflict of<br />
interest<br />
1. Guyatt GH, Akl EA, Crowther M, et al. Introduction to the ninth edition: antithrombotic therapy and prevention of thrombosis, 9 th<br />
ed: American College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2012; 141(2)(suppl): 48S-52S.<br />
Highlights of CHEST 2012<br />
• Downgraded strength of recommendations<br />
• Novel oral anticoagulants<br />
• Aspirin for everyone<br />
• Mechanical valve replacement and additional risk<br />
factors<br />
• Extended interval monitoring<br />
• Duration of anticoagulation therapy<br />
• Orthopedic prophylaxis<br />
• Perioperative bridging<br />
Defining recommendation grades<br />
Grade 1 Benefit vs. Risk Strength of Supporting<br />
Evidence<br />
1A Benefit clearly<br />
outweighs risk<br />
2A Benefits closely<br />
balanced with risks<br />
2B Benefits closely<br />
balanced with risks<br />
RCTs<br />
‐ consistent evidence<br />
‐ without important limitations<br />
Observational studies<br />
‐ Exceptionally strong<br />
RCTs<br />
‐ consistent evidence<br />
‐ without important limitations<br />
Observational studies<br />
‐ Exceptionally strong<br />
Limitations with RCTs<br />
Higher quality research may be<br />
required<br />
Implications<br />
Application to most<br />
patients in most<br />
circumstances<br />
Best action may differ<br />
depending on<br />
circumstances<br />
Best action may differ<br />
depending on<br />
circumstances<br />
1. Guyatt GH, Akl EA, Crowther M, et al. Introduction to the ninth edition: antithrombotic therapy and prevention of thrombosis, 9 th<br />
ed: American College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2012; 141(2)(suppl): 48S-52S.<br />
Decrease in 1A recommendations<br />
• New approach to determining strength of<br />
recommendation1 – 1A if treatment benefits all aspects of care<br />
– Surrogate vs. vs patient patient‐important important endpoints<br />
– Patient values and preferences considered2 • Accessibility<br />
• Financial impact<br />
1. Guyatt GH, Akl EA, Crowther M, et al. Introduction to the ninth edition: antithrombotic therapy and prevention of thrombosis,<br />
9 th ed: American College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2012; 141(2)(suppl): 48S-<br />
52S.<br />
2. MacLean S, Mulla S, Akl EA, et al. Patient values and preferences in decision making for antithrombotic therapy: a systematic<br />
review: antithrombotic therapy and prevention of thrombosis, 9 th ed: American College of Chest Physicians evidence-based<br />
clinical practice guidelines. Chest. 2012; 141(2)(suppl): e1S-e23S.<br />
9/4/2012<br />
1
Novel Oral Anticoagulants<br />
Dabigatran 3 Rivaroxaban 4<br />
FDA Indication Reduce risk of stroke or<br />
systemic embolism in non‐<br />
valvular AF<br />
Reduce risk of stroke or<br />
systemic embolism in non‐<br />
valvular AF<br />
Mechanism of Action Direct thrombin inhibitor<br />
DVT/PE prophylaxis<br />
following TKA or THA<br />
Factor Xa Inhibitor<br />
AF Dose <strong>15</strong>0 mg BID 20mg daily<br />
Renal Adjustment 75mg BID<br />
<strong>15</strong>mg daily<br />
(CrCl <strong>15</strong>‐30 mL/min) (CrCl <strong>15</strong>‐50 mL/min)<br />
Ortho Prophylaxis Dose N/A in US 10mg daily<br />
THA: 35 days<br />
TKA: 12 days<br />
3. Boehringer Ingelheim Pharmaceuticals, Inc. Pradaxa® (dabigatran etexilate) prescribing information. Ridgefield, CT; Boehringer Ingelheim Pharmaceuticals; 2012. Available at<br />
http://bidocs.boehringer-ingelheim.com/BIWebAccess/ViewServlet.ser?docBase=renetnt&folderPath=/Prescribing%20Information/PIs/Pradaxa/Pradaxa.pdf. Accessed August 8, 2012.<br />
4. Janssen Pharmaceuticals, Inc. Xarelto® (rivaroxaban) prescribing information. Titusville, NJ; Janssen Pharmaceuticals; 2011. Available at<br />
http://www.janssenmedicalinformation.com/assets/pdf/products/files/Xarelto/pi/ENC-010330-11.pdf. Accessed August 8, 2012.<br />
• CHEST 2012 (9.5) 8<br />
Mechanical Valves<br />
– INR goal of 3.0 (2.5‐3.5) with mechanical valves in the<br />
mitral AND aortic position<br />
– No evidence of additional benefit with higher INR goal in<br />
patients with additional risk factors<br />
• Aortic valve with additional risk factors: INR goal of 2.5<br />
• CHEST 2008 (6.0.5) 9<br />
– INR goal of 3.0 (2.5‐3.5) with mechanical valve in<br />
EITHER/OR both the aortic or mitral positions, and<br />
additional risk factors for thromboembolism<br />
8. Whitlock RP, Sun JC, Fremes SE, et al. Antithrombotic and thrombolytic therapy for valvular disease: antithrombotic therapy and prevention of thrombosis, 9 th<br />
ed: American College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2012; 141(2)(suppl): e576S-e600S.<br />
9. Salem DN, O’Gara PT, Madias C, Pauker SG. Valvular and structural heart disease: antithrombotic therapy and prevention of thrombosis, 8 th ed: American<br />
College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2008; <strong>13</strong>3: 593S-629S<br />
Puzzle # 1: MJ<br />
• MJ is an 76 year old female patient who is presenting to your clinic upon<br />
discharge from the hospital with a diagnosis of atrial fibrillation<br />
• Vital signs at this visit<br />
– BP: 146/98 mmHg<br />
– HR 104 bpm<br />
– Ht 5’4, Wt 76 kg<br />
• ALL: enalapril (cough) (cough), terazosin (palpitations) (palpitations), sulfa (nausea)<br />
• PMH:<br />
– HTN<br />
• Labs:<br />
– Complete metabolic panel within normal limits; CrCl: 55ml/min<br />
– no other labs available at this time<br />
• Current Medications<br />
• metoprolol XL 25 mg at bedtime (started at discharge)<br />
• Iisinopril/HCTZ 20/12.5 mg in the morning<br />
• amiodarone 200mg daily (started at discharge)<br />
Aspirin for Primary Prevention<br />
• CHEST 2012 (2.1) 5,6<br />
– “For persons aged 50 years or older without<br />
symptomatic cardiovascular disease, we suggest<br />
low‐dose aspirin p 75 to 100mg g daily y over no aspirin p<br />
therapy” (2B)<br />
• CHEST 2008 (5.0‐5.4.1) 7<br />
– Moderate risk (10‐year risk > 10%) (2A)<br />
5. Vandvik PO, Lincoff AM, Gore JM, et al. Primary and secondary prevention of cardiovascular disease: antithrombotic therapy and prevention of<br />
thrombosis, 9 th ed: American College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2012; 141(2)(suppl): e637S-e668S.<br />
6. Rothwell PM, Fowkes FGR, Belch JFF, et al. Effect of daily aspirin on long-term risk of death due to cancer: analysis of individual patient data from<br />
randomised trials. Lancet. 2011; 377: 31-41.<br />
7. Becker RC, Meade TW, Berger PB, et al. The primary and secondary prevention of coronary artery disease: antithrombotic therapy and prevention<br />
of thrombosis, 8 th ed: American College of Chest Physicians evidence-based clinical practice guidelines. Chest. 2008; <strong>13</strong>3: 776S-814S.<br />
Piecing together the new CHEST<br />
guidelines<br />
Atriall Fibrillation b ll<br />
Part 1<br />
Shaunte Pohl PharmD, BCPS<br />
1. You JJ, Singer DE, Howard PA, et al. Antithrombotic Therapy for Atrial<br />
Fibrillation. CHEST 2012;141(2)(suppl): e531s‐e575s.<br />
2. Singer DE, Albers GW, Dalen JE, et al. Antithrombotic Therapy in Atrial<br />
Fibrillation. CHEST 2008;<strong>13</strong>3:546S‐592S.<br />
3. Holbrook A, Schulman S, Witt DM, et al. Evidence‐based management<br />
of anticoagulant therapy: CHEST 2012;141(2)(suppl): e<strong>15</strong>2s‐e184s.<br />
The 2012 CHEST guidelines would<br />
recommend which of the following for MJ?<br />
a. CHADS2 =0; start<br />
aspirin<br />
b. CHADS2= 1; start<br />
aspirin p and<br />
clopidogrel<br />
c. CHADS 2= 1; start<br />
oral anticoagulation<br />
d. CHADS 2 = 2; start<br />
oral anticoagulation<br />
A<br />
0% 0% 0% 0%<br />
B<br />
C<br />
D<br />
9/4/2012<br />
2
Initiating therapy<br />
CHEST 2012 2.1.8- 2.1.10<br />
CHADS2 Medication Recommendation<br />
Low Risk = 0 No therapy (2B)<br />
Intermediate Risk = 1 Oral anticoagulation (1B)<br />
High Risk = 2 or greater Oral anticoagulation (1A)<br />
The 2012 CHEST guidelines suggest which<br />
of the following medications for MJ?<br />
a. Warfarin 5 mg daily<br />
b. Aspirin 75 mg daily<br />
c. Dabigatran <strong>15</strong>0 mg<br />
twice i a day d<br />
d. Clopidogrel 75 mg<br />
daily<br />
A<br />
0% 0% 0% 0%<br />
Therapy recommendations<br />
CHEST 2008 1.1.2‐1.1.4 CHEST 2012 2.1.8‐2.1.11<br />
Low risk<br />
Long term aspirin therapy (1B)<br />
Intermediate risk<br />
Warfarin (1A) or aspirin (1B) therapy<br />
B<br />
C<br />
CHADS 2=0<br />
No medication therapy (2B)<br />
CHADS 2=1<br />
Dabigatran <strong>15</strong>0mg twice a day (2B)<br />
High risk<br />
CHADS CHADS2=2 =2 or greater<br />
Long term warfarin therapy (1A) Dabigatran <strong>15</strong>0mg twice a day (2B)<br />
Following patients are listed as exceptions to the above recommendation and<br />
adjusted dose VKA is recommended:<br />
• AF and mitral stenosis<br />
• AF and stable coronary artery disease<br />
• AF and placement of an intracoronary stent<br />
• AF and ACS with no intracoronary stent placement<br />
D<br />
Initiating therapy<br />
CHEST 2008 1.1.2‐1.1.4 CHEST 2012 2.1.8‐2.1.10<br />
Low risk<br />
Long term aspirin therapy (1B)<br />
CHADS 2=0<br />
No medication therapy (2B)<br />
Intermediate risk<br />
Warfarin (1A) or aspirin (1B) therapy<br />
CHADS CHADS2=1 =1<br />
Oral anticoagulation therapy (1B)<br />
High risk<br />
Long term warfarin therapy (1A)<br />
CHADS2=2 or greater<br />
Oral anticoagulation therapy (1A)<br />
Therapy recommendations<br />
• CHEST 2012 2.1.11<br />
– Recommends the use of dabigatran <strong>15</strong>0mg twice a<br />
day as first line oral anticoagulant therapy rather<br />
than dose adjusted j VKA therapy. py ( (2B) )<br />
MJ requests that she be started on warfarin due to the<br />
cost of dabigatran. Her physician agrees and sends her<br />
to your clinic. The 2012 CHEST guidelines would<br />
suggest which of the following doses?<br />
a. Warfarin 2.5 mg for<br />
two days<br />
bb. Warfarin 5 mg for<br />
two days<br />
c. Warfarin 7.5 mg for<br />
two days<br />
d. Warfarin 10 mg for<br />
two days<br />
A<br />
0% 0% 0% 0%<br />
B<br />
C<br />
D<br />
9/4/2012<br />
3
Warfarin dosing<br />
CHEST 2008 2.1.1, 2.2.1 CHEST 2012 2.1<br />
Initial dose of 5‐10 mg for 1‐2 days (1B) Initial dose of 10 mg for 2 days (2C)<br />
Initial dose < 5 mg for (1C):<br />
No additional dosing recommendations<br />
Debilitated<br />
made<br />
Recent surgery<br />
Elderly<br />
Malnourished<br />
CHF<br />
Liver disease<br />
Taking medications that may increase<br />
sensitivity to warfarin<br />
Puzzle # 1: SB<br />
SB is a 92yo African American female with PMH of AF<br />
(diagnosed 2004), HTN, OA, PUD (ulcer 1960), CKD<br />
(CrCl~20ml/min) and history of breast cancer.<br />
Current medications: warfarin 5mg (7.5mg Sun and 5mg<br />
rest of week) aspirin 81mg daily, furosemide 40 daily,<br />
esomeprozole 40mg daily, docusate 100mg daily prn,<br />
diltiazem 180 daily, calcium carbonate 500mg daily,<br />
vitamin D 1000units daily, metoprolol 50mg twice<br />
daily, anastrazole 40mg daily<br />
A pharmacy student asks you if this patient is a candidate for<br />
“extended duration” follow‐up, per the new CHEST guidelines.<br />
Your response:<br />
A. No, because of her age<br />
B. No, because she had one<br />
out of range INR in the last<br />
6 months<br />
CC. No No, because she is<br />
noncompliant with visits<br />
D. Yes, she is a candidate<br />
0% 0% 0% 0%<br />
A. B. C. D.<br />
Piecing together the new CHEST<br />
guidelines<br />
Atrial Fibrillation (AF)<br />
PPart 2<br />
Brooke Griffin, PharmD<br />
Recent INR values (goal INR 2‐3)<br />
Date INR Recommendation<br />
8/27 2.4 Continue present management (CPM)<br />
(7.5mg Sun and 5mg rest of week)<br />
7/30 2.2 CPM<br />
7/2 2.4 CPM<br />
6/5 /<br />
2.2 CPM<br />
5/28 2.1 CPM<br />
5/7 2.7 CPM<br />
4/16 1.9 CPM<br />
4/2 2.3 CPM<br />
What is “Extended Duration?”<br />
CHEST 2012 (3.1) 1<br />
• “For patients taking VKA therapy with consistently<br />
stable INRs, we suggest an INR testing frequency of<br />
up to 12 weeks rather than every 4 weeks” (2B)<br />
CHEST 2008 (2.3.2) 2<br />
• “For patients taking a stable dose of oral<br />
anticoagulants, we suggest monitoring at an interval<br />
of no longer than every 4 weeks” (2C)<br />
.<br />
1. Holbrook A, Schulman S, Witt DM; et al. Evidence-based management of anticoagulant therapy: antithrombotic therapy and prevention of thrombosis, 9th<br />
ed: American College of Chest Physicians evidence-based clinical practice guidelines, Chest 2012 1412suppl e<strong>15</strong>2S-e184S<br />
2. Ansell J, Hirsh J, Hylek E, Jacobson A, Crowther M, Palareti G. Pharmacology and management of the vitamin k antagonists. CHEST. June<br />
2008;<strong>13</strong>3(6_suppl):160S-198S. doi: 10.<strong>13</strong>78/chest.08-0670<br />
9/4/2012<br />
4
What is “Consistently Stable?”<br />
One reference in CHEST 2012 1<br />
• One year, single center study 2 (n=250, age ~70, mostly men, mostly AF)<br />
– Patients were on the same dose x 6 months<br />
– Patients were interviewed every 4 weeks<br />
– Results: 12 week follow‐up is safe and noninferior to 4 week<br />
ffollow‐up ll<br />
– No clinical outcomes<br />
Considerations<br />
• Grade 2B recommendation<br />
• May be useful in well educated, stable, compliant, young patients<br />
1. Holbrook A, Schulman S, Witt DM; et al. Evidence-based management of anticoagulant therapy: antithrombotic therapy and prevention of thrombosis, 9th<br />
ed: American College of Chest Physicians evidence-based clinical practice guidelines, Chest 2012 1412suppl e<strong>15</strong>2S-e184S<br />
2. Schulman S, Parpia S, Stewart C, et al. Warfarin Dose Assessment Every 4 Weeks Versus Every 12 Weeks in Patients With Stable International Normalized<br />
Ratios. Ann Intern Med 2011; <strong>15</strong>5: 653-59<br />
Does SB need Vitamin K?<br />
CHEST 2012 (9.1) 1<br />
• “For patients taking VKAs with INRs between 4.5 and<br />
10 with no evidence of bleeding, we suggest against<br />
the routine use of vitamin K” (2B)<br />
• • “For For patients taking VKAs with INRs ≥10.0 ≥10 0 and with<br />
no evidence of bleeding, we suggest that oral vitamin<br />
K be administered” (2C)<br />
– There was no difference in thromboembolic events or<br />
bleeding episodes when vitamin K was administered<br />
compared to placebo (pooled analysis). 2‐5<br />
1.Holbrook A, Schulman S, Witt DM; et al. Evidence-based management of anticoagulant therapy: antithrombotic therapy and prevention of thrombosis, 9th ed:<br />
American College of Chest Physicians evidence-based clinical practice guidelines, Chest 2012 1412suppl e<strong>15</strong>2S-e184S2.<br />
2.Crowther MA , et al . Ann Intern Med .2009 ; <strong>15</strong>0 ( 5 ): 293 - 300<br />
3. Crowther MA , et al . Lancet . 2000; 356( 9241): <strong>15</strong>51- <strong>15</strong>53<br />
4. Ageno W, et al . Thromb Haemost . 2002 ; 88 ( 1 ):48 - 51<br />
5. Ageno W, Garcia D, Silingardi M, Galli M, Crowther, M .. J Am Coll Cardiol . 2005 ; 46 ( 4 ): 730 - 742<br />
Can SB switch to dabigatran?<br />
CHEST 2012 (2.1.11)<br />
• “For patients with AF, including those with<br />
paroxysmal AF, for recommendations in favor<br />
of oral anticoagulation, anticoagulation we suggest dabigatran<br />
<strong>15</strong>0mg twice daily rather than adjusted‐dose<br />
VKA therapy (target INR range, 2‐3)” (2B)<br />
You JJ, Singer DE, Howard PA; et al. Antithrombotic therapy for atrial fibrillation: antithrombotic therapy and prevention of thrombosis, 9th ed: American<br />
College of Chest Physicians evidence-based clinical practice guidelines, Chest 2012 1412suppl e531S-e575S<br />
SB comes to your anticoagulation clinic today and her INR is 9.4<br />
for an unknown reason. She denies bleeding. Her current dose<br />
of warfarin is 7.5mg Sunday and 5mg all other days.<br />
What is your recommendation before her return visit?<br />
A. Vitamin K 2.5mg PO x 1<br />
dose<br />
B. Vitamin K 5mg PO x 1<br />
dose<br />
C. Hold 1 dose of warfarin<br />
D. Hold 2 doses of warfarin<br />
E. Send to ER<br />
0% 0% 0% 0% 0%<br />
A. B. C. D. E.<br />
SB asks you about a new drug she heard about on the<br />
news for AF, dabigatran. What is your response?<br />
A. Dabigatran is not<br />
approved for AF<br />
B. CHEST 2012<br />
recommends warfarin<br />
over dabigatran for AF<br />
C. SB is not a candidate<br />
D. SB is a candidate<br />
0% 0% 0% 0%<br />
A. B. C. D.<br />
Details about dabigatran<br />
CHEST 2012 1<br />
• Dabigatran is favored in patients with AF who<br />
are similar to patients in the RE‐LY trial 2<br />
– No valvular disease, younger patients, no liver disease, not<br />
pregnant, CrCl l >30ml/min l/ 2<br />
• Dabigatran is the only new FDA‐approved<br />
VKA therapy alternative for AF<br />
1. You JJ, Singer DE, Howard PA; et al. Antithrombotic therapy for atrial fibrillation: antithrombotic therapy and prevention of thrombosis, 9th ed:<br />
American College of Chest Physicians evidence-based clinical practice guidelines, Chest 2012 1412suppl e531S-e575S<br />
2. Connolly SJ, Ezekowitz MD, Yusuf S, et al. Dabigatran versus warfarin in patients with atrial fibrillation. N Engl J Med. 2010;361:1<strong>13</strong>9-<strong>15</strong>1<br />
9/4/2012<br />
5
Dabigatran vs. Rivaroxaban for AF?<br />
Dabigatran Rivaroxaban<br />
Main Trial RE‐LY1 ROCKET‐AF2 Patients in<br />
Trial<br />
Efficacy<br />
Compared to<br />
Warfarin<br />
•N=18,000; mean age 71; male 65%<br />
•CHADS‐2 score ≥3 (33%)<br />
•110mg twice daily: Non‐inferior<br />
(not approved)<br />
•<strong>15</strong>0mg twice daily: Superior<br />
Renal Dosing CrCl <strong>15</strong>‐30ml/min: 75mg twice<br />
daily, however, pts with<br />
CrCl
Puzzle # 2A: patient has just completed 6<br />
months of warfarin therapy after an unprovoked<br />
distal deep vein thrombosis. What is your long<br />
term anticoagulation recommendation?<br />
1. D/c all anticoagulants<br />
2. Continue warfarin<br />
3. Switch to aspirin<br />
4. Switch to dabigatran<br />
5. Order other diagnostic<br />
tests<br />
6. Other<br />
0% 0% 0% 0% 0% 0%<br />
1 2 3 4 5 6<br />
Making the case for halting<br />
anticoagulants or continuing warfarin<br />
• CHEST 2012 (3.1.4)<br />
– “In patients with unprovoked DVT of leg (distal or<br />
proximal), we recommend… at least 3 months over<br />
treatment of shorter duration. After 3 months …should be<br />
evaluated l t df for th the risk‐benefit ikb fitratio ti of f extended t d dth therapy” ”<br />
(1B)<br />
• CHEST 2012 (3.4)<br />
– “In patients with DVT of leg who receive extended therapy,<br />
we suggest treatment with the same anticoagulant chosen<br />
for the first 3 months” (2C)<br />
Making the case for transition to<br />
dabigatran<br />
• CHEST 2012 (remarks on section 3.3)<br />
– “Treatment of VTE with dabigatran or rivaroxaban, in<br />
addition to being less burdensome…may prove to be<br />
associated with better clinical outcomes”<br />
– PPostmarketing t k ti studies t di not t available il bl at t time ti of f guideline id li<br />
preparation<br />
• RE‐MEDY : dabigatran = warfarin in 6‐36 month<br />
extension but ↑ MI rate with dabigatran<br />
• RE‐SONATE: dabigatran > placebo in 6 month<br />
extension, no difference in MI rate<br />
• Both studies were presented as abstracts at International Society on Thrombosis and Haemostasis July 2011<br />
2012 vs 2008: different answers?<br />
• CHEST 2008<br />
– More generalized<br />
recommendations<br />
2.1.1 provoked (transient risk<br />
factor)<br />
2.1.2 unprovoked<br />
2.1.3 concurrent malignancy<br />
1. Kearon C, Kahn S, Agnelli G, et al. Antithrombotic therapy for venous<br />
thromboembolic disease. CHEST 2008; <strong>13</strong>3: 454S‐545S.<br />
• CHEST 2012<br />
– Much more specific for<br />
patient subgroups<br />
3.1.1: provoked proximal (surgery)<br />
3.1.2: provoked proximal (transient<br />
risk factor)<br />
3.1.3: any provoked distal<br />
3.1.4(.1‐5): unprovoked (various)<br />
3.1.5: concurrent malignancy<br />
Making the case for transition to<br />
aspirin<br />
• CHEST 2012: no mention of aspirin as an<br />
option in this context<br />
• WARFASA study (2012)<br />
– RCT of f 402 unprovoked kdVTE VTE patients ti t after ft 6‐18 6 18<br />
months of VKA therapy<br />
– ASA 100mg daily vs placebo<br />
– ASA decreased DVT rate but no difference in PE<br />
1. Becattini, et al. Aspirin for preventing recurrence of venous thromboembolism. N Engl J Med 2012; 366 (21): 1959‐67.<br />
Making the case for re‐evaluating<br />
objective testing<br />
• D‐Dimer – systematic review of 1 st unprovoked VTE<br />
• Negative result ~ 3.5% annual recurrence rate<br />
• Positive result ~ 8.9% annual recurrence rate<br />
• Verhovsek, et al. Ann Intern Med 2008; 149: 481‐490.<br />
• Venous doppler – mixed opinion<br />
pp p<br />
• Prandoni, et al: (+) residual thrombus = ↑ risk<br />
• PROLONG: (+) residual thrombus = not a risk factor<br />
• Prandoni, et al. Ann Intern Med 2002; <strong>13</strong>7: 955‐960.<br />
• Cosmi, et al. Eur J Vasc Endovasc Surg 2010; 39: 356‐365.<br />
• Thrombophilia screening<br />
• No evidence to support benefit of testing routinely<br />
• CHEST guidelines: do not address topic for<br />
duration of therapy<br />
9/4/2012<br />
7
Other Key Updates Related to VTE<br />
• Medical Prophylaxis<br />
– Acutely ill hospitalized medical pa�ents at ↑ VTE risk<br />
• LMWH, UFH, or fondaparinux (grade 1B)<br />
– Acutely ill hospitalized medical pa�ents at ↓ VTE risk<br />
• Do Do not use use pharmacologic or mechanical prophylaxis (grade 1B)<br />
• Suspected VTE<br />
– High suspicion –use parenteral anticoagulant<br />
– Intermediate –use parenteral anticoagulant if results<br />
delayed > 4 hours<br />
– Low suspicion –no anticoagulant recommended (if results<br />
within 24 hours)<br />
Puzzle #1‐ The random 1.5 INR<br />
• JJ is a 58 year old WF who presents to the anticoagulation clinic for routine<br />
INR check. She has been on warfarin since her (mechanical) mitral valve<br />
replacement surgery in 2008. Her current warfarin dose is 5 mg daily.<br />
– No c/o bleeding or bruising. JJ typically eats a spinach salad 3x/week<br />
and is typically very consistent with greens. No recent medication<br />
changes changes, OTC meds, meds or herbals. herbals<br />
– She missed a dose four days ago.<br />
– Other medications: lisinopril 10 mg daily, pravastatin 20 mg daily<br />
• INR today is 1.5<br />
• This is the lowest INR reported to date. JJ’s INR has been very stable in the<br />
past year in the 2.5‐3.5 range. Four weeks ago, her INR was 3.3.<br />
CHEST 2012 Recommendations<br />
• CHEST 2012 (3.2):<br />
– “For patients taking VKAs with previously stable<br />
therapeutic INRs who present with a single out‐of‐range<br />
INR of 0.5 below or above therapeutic, we suggest<br />
continuing the current dose and testing the INR within 11‐2 2<br />
weeks” (2C)<br />
• CHEST 2012 (3.3):<br />
– “For patients with stable therapeutic INRs presenting with<br />
a single subtherapeutic INR value, we suggest against<br />
routinely administering bridging with heparin” (2C) .<br />
Piecing together the new CHEST<br />
Guidelines<br />
Bridging Recommendations<br />
Kathleen Vest, PharmD, CDE<br />
1. Douketis JD, Spyropoulos AC, Spencer FA, et. Al. Perioperative<br />
Management of Antithrombotic Therapy: Antithrombotic Therapy and<br />
Prevention of Thrombosis. CHEST 2012; 141; e326S‐e350S.<br />
2. Douketis JD, Berger PB, Dunn AS. The Perioperative Management of<br />
Antithrombotic Therapy: CHEST 2008; <strong>13</strong>3; 299‐339.<br />
What would you recommend for<br />
this patient?<br />
A. 10 mg x 1, then CPM.<br />
Recheck 5d<br />
B. 10 mg x 1, then CPM.<br />
Start LMWH until INR ≥<br />
2.5. Recheck 3d<br />
C. Increase to 7.5 mg<br />
Sat/Tue; 5 mg other<br />
days. Recheck 10d<br />
D. CPM. Recheck one week<br />
0% 0% 0% 0%<br />
1 2 3 4<br />
Puzzle #2: Warfarin therapy interruption<br />
• It is a few months later. You received a phone call today from<br />
JJ. She has been “back on track” for awhile, but now is<br />
inquiring about her upcoming colonoscopy. It is scheduled for<br />
October 1st at 9:00 AM.<br />
– She had a colonoscopy in 2006 and polyps were removed removed.<br />
The gastroenterologist wants her to hold warfarin prior to<br />
procedure.<br />
– She is wondering what she needs to do.<br />
• Recent labs (done last month): CBC‐ WNL, CrCl=68 ml/min,<br />
current weight= 176 lb.<br />
– Last INR was 3.1 two weeks ago.<br />
9/4/2012<br />
8
What would you do for JJ?<br />
• A. Hold warfarin 9/26 ‐9/30. Bridge with enoxaparin<br />
80 mg q12 hrs.<br />
• B. Hold warfarin from 9/26‐9/30. Bridge with<br />
enoxaparin 80 mg daily.<br />
• C. Hold warfarin from 9/28‐9/30. Do not bridge.<br />
• D. Cancel colonoscopy.<br />
Risk<br />
Stratum<br />
Risk Stratification for Determining<br />
the Need for Bridge Therapy<br />
Mechanical Heart Valve Atrial Fibrillation VTE<br />
High •Any mitral valve prosthesis<br />
•Any caged‐ball or tilting disc<br />
aortic valve prosthesis<br />
•Recent (within 6 months) stroke<br />
or TIA<br />
Medium Bileaflet aortic valve prosthesis<br />
and 1 or more of the following<br />
RFs:<br />
•Afib, prior stroke or TIA, HTN,<br />
DM, CJF, age >75 y/o)<br />
Low Bileaflet aortic valve prosthesis<br />
without Afib and no other risk<br />
factors for stroke<br />
•CHADS2 score 5 or 6<br />
•Recent (within 3 months)<br />
stroke or TIA<br />
•Rheumatic valvular heart<br />
disease<br />
•Recent (within 3 months) VTE<br />
•Severe thrombophilia (Protein C, S,<br />
antithrombin def.); antiphospholipid<br />
antibodies<br />
CHADS2 score of 3 or 4 •VTE within the past 3‐ 12 months<br />
•Nonsevere thrombophilia (ex.<br />
Heterozygous Factor V leiden,<br />
prothrombin gene mutation)<br />
•Recurrent VTE<br />
•Active cancer (treated within 6<br />
months or palliative<br />
CHADS2 score of 0‐2<br />
(assuming no prior CVA or<br />
TIA)<br />
CHEST Guidance<br />
VTE >12 months previous and no other<br />
risk factors<br />
• CHEST 2012 (2.1):<br />
– “In patients who require temporary interruption of a VKA before surgery,<br />
we recommend stopping VKAs approximately 5 days prior to surgery<br />
instead of stopping VKAs a shorter time before surgery” (1C)<br />
• CHEST 2012 (2.4):<br />
– “In patients p with a mechanical heart valve, , Afib, , or VTE at high g risk for<br />
thromboembolism, we suggest bridging anticoagulation instead of no<br />
bridging during interruption of VKA therapy” (2C)<br />
• CHEST 2012 (2.2):<br />
– “In patients who require temporary interruption of a VKA before surgery,<br />
we recommend resuming VKAs approximately 12 to 24 h after surgery<br />
(evening or next morning) and when there is adequate hemostasis instead<br />
of later resumption of VKAs” (2C)<br />
What would you do for JJ?<br />
A. Hold warfarin 9/26‐<br />
9/30. Bridge with<br />
enoxaparin 80 mg q12<br />
hrs.<br />
BB. Hold warfarin from<br />
9/26‐9/30. Bridge with<br />
enoxaparin 80 mg daily.<br />
C. Hold warfarin from<br />
9/28‐9/30. Do not<br />
bridge.<br />
D. Cancel colonoscopy.<br />
0% 0% 0% 0%<br />
1 2 3 4<br />
Surgeries/procedures associated<br />
with increased bleeding risk<br />
• Urologic surgery and procedures (transurethral prostate<br />
resection (TURP), bladder resection, nephrectomy, kidney<br />
biopsy<br />
• Pacemaker or implantable cardioverter defibrillator device<br />
implantation<br />
• Colonic polyp resection<br />
• Surgery in vascular organs (ex. kidney, liver, spleen)<br />
• Bowel resection<br />
• Major surgery with extensive tissue injury (cancer surgery,<br />
joint arthroplasty, reconstructive plastic surgery)<br />
• Cardiac, intracranial, or spinal surgery<br />
CHEST Guidance<br />
• CHEST 2012 (4.4):<br />
– “In patients who are receiving bridging anticoagulation<br />
with therapeutic‐dose SC LMWH and are undergoing non‐<br />
high bleeding‐risk surgery, we suggest resuming<br />
therapeutic‐dose therapeutic dose LMWH approximately 24 h after surgery<br />
instead of resuming LMWH more than 24 h after surgery”<br />
– “In patients who are receiving bridging anticoagulation<br />
with therapeutic‐dose SC LMWH and are undergoing high<br />
bleeding‐risk surgery we suggest resuming therapeutic‐<br />
dose LMWH 48‐72 after surgery instead of resuming<br />
LMWH within 24 h after surgery” (2C)<br />
9/4/2012<br />
9
Key Pearls with Bridging<br />
• See patients at least one week prior to the scheduled<br />
surgery date to plan appropriately<br />
– Balance risks of VTE vs. perioperative bleeding<br />
– Communicate with patient and involved providers<br />
– Factor in other issues such as cost/insurance<br />
coverage, ability to inject<br />
• Make sure you have updated labs and weight (CrCl<br />
and CBC)<br />
Date Enoxaparin dose/frequency Warfarin dose<br />
SB‐ to bridge or not to bridge?<br />
• Bridge and hold warfarin x 5‐7 days prior<br />
• Not bridge and hold warfarin x 5‐7 days prior<br />
Key Pearls with Bridging<br />
• Provide patients and providers with a calendar<br />
• Patient and caregiver education on injection<br />
technique and calendar<br />
• If possible possible, check INR on the date before surgery<br />
• Assess post‐op bleeding to help determine restart of<br />
anticoagulant medications<br />
• Close follow up of INR following procedure/surgery<br />
Remember SB?<br />
• SB is a 92 y/o African American female with<br />
PMH of AF (diagnosed 2004), HTN, OA, PUD<br />
(ulcer 1960) and history of breast cancer.<br />
• SB will be undergoing a spinal epidural in two<br />
weeks and is wondering what to do.<br />
• She tells you that one of her friends had to<br />
take some sort of shots when off of warfarin<br />
and she is wondering if she needs to do this<br />
too?<br />
SB ‐ to bridge or not to bridge?<br />
A. Bridge and hold<br />
warfarin x 5‐7 days<br />
prior<br />
BB. Do not bridge and<br />
hold warfarin x 5‐7<br />
days prior<br />
0%<br />
0%<br />
1 2<br />
9/4/2012<br />
10
Considerations for SB<br />
• Bleeding risk<br />
– Age<br />
– Spinal procedure‐ risk of bleeding is high<br />
• Thrombosis risk<br />
– CHADS2 score of 2: HTN and age >75 y/o<br />
• Low risk‐ do not bridge.<br />
– Lots of discussion needed in these scenarios between<br />
patient, anticoagulation provider, PCP and other physicians<br />
involved!<br />
Piecing together the new CHEST<br />
guidelines g<br />
Erika Hellenbart, PharmD, BCPS<br />
Shaunte Pohl, PharmD, BCPS<br />
Brooke Griffin, PharmD<br />
Brian Cryder, PharmD, BCACP, CACP<br />
Kathleen Vest, PharmD, CDE<br />
2. GM is a 66yo male who has atrial fibrillation and<br />
renal insufficiency (CrCl 25ml/min) He brings a<br />
prescription to your pharmacy for<br />
rivaroxaban. Which of the following is a true<br />
statement?<br />
a. GM should not use rivaroxaban because it is<br />
contraindicated in patients with CrCl
4. The standard dose of dabigatran for the risk<br />
reduction of stroke in patients with non‐<br />
valvular atrial fibrillation is:<br />
a. <strong>15</strong>0mg BID<br />
bb. 110mg BID<br />
c. 50mg BID<br />
d. 40mg BID<br />
6. JP is a 60 year old male patient who has been treated with<br />
warfarin for the past 6 months following an unprovoked deep<br />
vein thrombosis of the right lower extremity. His primary care<br />
physician would like to halt warfarin therapy and initiate<br />
aspirin 325mg daily. Does CHEST 2012 support this decision?<br />
a. Yes ‐ it is included as a 1B recommendation for all<br />
unprovoked p DVT patients p<br />
b. Yes ‐ it is included as an alternative for patients who are not<br />
candidates for transition to dabigatran<br />
c. No ‐ CHEST 2012 states that aspirin use has no benefit<br />
following warfarin treatment for DVT prevention<br />
d. No ‐ CHEST 2012 does not recommend for or against aspirin<br />
use after warfarin, but one clinical study supports this option<br />
8. Which of the following patients would be<br />
considered high risk for VTE?<br />
a. 39 year old male with AFib, HTN and diabetes.<br />
b. 79 year old female with HTN, diabetes, AFib,<br />
and a history of TIAs.<br />
c. 45 year old patient with a history of PE five<br />
months ago.<br />
d. 76 year old male with a history of an aortic<br />
valve replacement and diabetes.<br />
5. Per CHEST 2012, which of the following drug classes<br />
is preferred for use in total knee arthroscopy<br />
thromboprophylaxis in the absence of<br />
contraindications?<br />
a. Direct thrombin inhibitors (e.g. dabigatran)<br />
b. Low molecular weight heparin (e.g. enoxaparin)<br />
c. Vitamin K antagonist (e.g. warfarin)<br />
d. Factor Xa inhibitor (e.g. rivaroxaban)<br />
7. SG is a 47 year old patient with a mechanical<br />
heart valve in the aortic position. This patient<br />
does not have any other cardiovascular risk<br />
factors. According to CHEST 2012, what is the<br />
recommended INR goal?<br />
a. 1832 1.8‐3.2<br />
b. 2.0‐3.0<br />
c. 2.5‐3.5<br />
d. 3.0‐4.0<br />
9. Which of the following procedures is<br />
associated with a high bleeding risk according<br />
to CHEST 2012?<br />
a. Root canal<br />
b. Transurethral prostate resection (TURP)<br />
c. Cataract surgery<br />
d. Dermatologic surgery<br />
9/4/2012<br />
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