Final Program
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22 SATURDAY • MAY 14<br />
Objectives<br />
At the conclusion of this session, the participant will be able to:<br />
• describe the basic principles of respiratory physiology that affect the<br />
transport of oxygen and carbon dioxide to and from the environment and<br />
tissues;<br />
• explain how the core principles of respiratory physiology are altered in<br />
special patient populations including pregnant women, the obese and<br />
children;<br />
• understand and explain how the respiratory system responds to stresses<br />
such as sustained high level exercise, hypobaric hypoxia and hyperbaria.<br />
This postgraduate course will use a combination of didactic lectures and small<br />
group breakout sessions to review the core principles of respiratory physiology<br />
including advanced instruction in respiratory system mechanics, gas exchange,<br />
blood gas transport, control of breathing and the pulmonary circulation and how<br />
these principles apply in both special patient populations (pregnancy, obesity,<br />
pediatrics) and special circumstances (diving, exercise, high altitude).Emphasis<br />
will be placed throughout the course on the bedside application of the principles<br />
covered in each course component.<br />
Chairing: A.M. Luks, MD, Seattle, WA<br />
R.W. Glenny, MD, Seattle, WA<br />
8:00 Introduction<br />
A.M. Luks, MD, Seattle, WA<br />
8:10 Core Principles: Mechanics<br />
R. Schwartzstein, MD, Boston, MA<br />
8:50 Core Principles: The Pulmonary Circulation<br />
R.W. Glenny, MD, Seattle, WA<br />
9:30 Core Principles: Gas Exchange<br />
J. Petersson, MD, Stockholm, Sweden<br />
10:10 Break<br />
10:25 Small Group Case Review<br />
A.M. Luks, MD, Seattle, WA<br />
B. Coruh, MD, Seattle, WA<br />
H.L. Manning, MD, Lebanon, NH<br />
R. Schwartzstein, MD, Boston, MA<br />
P.G. Carvalho, MD, Boise, ID<br />
A.S. Clay, MD, Durham, NC<br />
R.W. Glenny, MD, Seattle, WA<br />
J.T. Poston, MD, Chicago, IL<br />
M.M. Hayes, Boston, MA<br />
B.A. Cockrill, MD, Boston, MA<br />
F. Laghi, MD, Hines, IL<br />
11:40 LUNCH<br />
12:30 Core Principles: Blood Gas Transport<br />
H.L. Manning, MD, Lebanon, NH<br />
1:10 Core Principles: Respiratory Muscle and Chest Wall<br />
Physiology<br />
F. Laghi, MD, Hines, IL<br />
1:50 Break<br />
2:05 Core Principles: Control of Breathing<br />
J. Leiter, MD, Lebanon, NH<br />
2:45 Small Group Case Review<br />
A.M. Luks, MD, Seattle, WA<br />
B. Coruh, MD, Seattle, WA<br />
R. Schwartzstein, MD, Boston, MA<br />
H.L. Manning, MD, Lebanon, NH<br />
R.W. Glenny, MD, Seattle, WA<br />
B.A. Cockrill, MD, Boston, MA<br />
J.T. Poston, MD, Chicago, IL<br />
M.M. Hayes, MD, Boston, MA<br />
P.G. Carvalho, MD, Boise, ID<br />
A.S. Clay, MD, Durham, NC<br />
F. Laghi, MD, Hines, IL<br />
PG26<br />
BASIC • CLINICAL • TRANSLATIONAL<br />
POSTGRADUATE COURSE<br />
CME Credits Available: 6.75<br />
CENTRAL APNEAS, CHEYNE-STOKES AND<br />
PERIODIC BREATHING: NEW INSIGHTS AND THEIR<br />
IMPACT ON DAILY PRACTICE<br />
Pre-registration and additional fees required. Continental breakfast and<br />
box lunch included. Attendance is limited.<br />
Member: $350 In-Training Member: $200<br />
Non-Member: $425 In-Training Non-Member: $300<br />
Registrants must bring a laptop to the<br />
course to view the course material.<br />
Assemblies on Sleep and Respiratory Neurobiology; Clinical Problems;<br />
Critical Care; Pediatrics<br />
8:00 a.m. - 4:00 p.m. MOSCONE CENTER<br />
Room 3020 (West Building, Level 3)<br />
Target Audience<br />
Pulmonologists, sleep physicians, fellows, nurses, fellows in training, clinical<br />
researchers, everybody involved in critical care and ventilation, pediatricians,<br />
geriatric physicians and nurses, cardiologists.<br />
Objectives<br />
At the conclusion of this session, the participant will be able to:<br />
• put the new results from basic and clinical research regarding the causality of<br />
central apneas and periodic breathing into clinical perspective and to<br />
understand treatment alternatives to improve patient outcome;<br />
• understand the differences in the results between the two recent, Serve HF and<br />
ADVENT-HF trials, and their impact on treatment for patients with central<br />
apneas in heart failure;<br />
• develop skills for the daily work with geriatric patients, who show signs of<br />
complex and difficult to treat forms of sleep apnea.<br />
This postgraduate course is designed to give the learner the most updated<br />
information on knowledge about all forms of central apneas, and to build confidence<br />
in individualizing decisions concerning the importance of central apneas and periodic<br />
breathing for each patient. The course is also an opportunity to put the disturbing<br />
results of the Serve HF studies from previous year into the right perspective for each<br />
clinical practice. The opportunity to discuss controversial results of clinical studies<br />
with experts in the field after each talk and at the round table will reduce<br />
uncertainties in younger clinicians and nurses, when it comes to central apneas in<br />
younger and older patients.<br />
ATS 2016 • San Francisco