Rehabilitation Approach to Bladder Dysfunction after Brain Injury 1 ...
Rehabilitation Approach to Bladder Dysfunction after Brain Injury 1 ...
Rehabilitation Approach to Bladder Dysfunction after Brain Injury 1 ...
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Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 1<br />
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<strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong><br />
<strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Justin Hong, MD<br />
Neomi Aladjem, RN, CRRN, CBIS<br />
May 12, 2012<br />
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Slide 2<br />
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Objectives<br />
• Define the problem of bladder dysfunction and its<br />
clinical significance<br />
• Understand bladder ana<strong>to</strong>my and function<br />
• Review approach <strong>to</strong> evaluation and treatment<br />
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Slide 3<br />
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Objectives (Continued)<br />
• Review causes of bladder dysfunction<br />
• Understand behavioral plans and bladder patterning<br />
• Questions<br />
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May 12, 2012<br />
1
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 4<br />
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Defining the Problem<br />
• What is the definition of bladder dysfunction<br />
• The bladder serves two main functions:<br />
o Waste s<strong>to</strong>rage<br />
o Waste micturition / voiding<br />
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Slide 5<br />
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Defining the Problem (Continued)<br />
• <strong>Bladder</strong> function is one of the fundamental activities of daily<br />
living.<br />
• Though studies directly examining bladder dysfunction in<br />
patients with brain injury (BI) are not as numerous as those in<br />
the stroke literature, there are suggestions that at least 50%<br />
of patients deal with bladder dysfunction, either urinary<br />
incontinence (UI) or urinary retention (UR), during the acute<br />
post-injury inpatient rehabilitation (IPR) period. (Chua 2003)<br />
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Slide 6<br />
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Defining the Problem (Continued)<br />
• One retrospective case series (N = 84, 44.7 ± 17.9 years,<br />
66 males, 18 females) examining bladder dysfunction during<br />
post-acute BI IPR showed the following (Chua 2003):<br />
– UI associated with increased length of stay, decreased<br />
functional discharge status, and decreased rates of return<br />
<strong>to</strong> work.<br />
– Not associated with admission <strong>to</strong> long-term care facility,<br />
BUT…<br />
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May 12, 2012<br />
2
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 7<br />
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<strong>Bladder</strong> Ana<strong>to</strong>my and Function<br />
• Components of the urinary system<br />
• Lower urinary tract (LUT)<br />
• <strong>Bladder</strong><br />
• Urethra<br />
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Slide 8<br />
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<strong>Bladder</strong> Ana<strong>to</strong>my and Function<br />
• Detrusor muscle<br />
(smooth muscle)<br />
• Internal urethral sphincter<br />
(smooth muscle) IUS<br />
• External urethral sphincter<br />
(skeletal muscle) EUS<br />
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Slide 9<br />
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<strong>Bladder</strong> Ana<strong>to</strong>my and Function<br />
• The bladder serves two main functions:<br />
o Urine s<strong>to</strong>rage (s<strong>to</strong>rage reflex)<br />
o Micturition (voiding reflex)<br />
• Involves both the central and peripheral nervous system.<br />
• Coordination mediated not only by neurons in the spinal cord,<br />
but also in the brainstem and brain (Beckel 2011).<br />
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May 12, 2012<br />
3
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 10<br />
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<strong>Bladder</strong> Ana<strong>to</strong>my and Function<br />
• During bladder s<strong>to</strong>rage<br />
– 100-200cc first sensation of bladder filling<br />
– 300-400cc bladder fullness<br />
– 400-500cc sense of urgency<br />
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Slide 11<br />
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Pathways (S<strong>to</strong>rage)<br />
• Sympathetic pre-ganglionic nucleus (T11-L2, intermediolateral<br />
gray matter) inferior mesenteric ganglia sympathetic<br />
post-ganglionic mo<strong>to</strong>neurons body of bladder<br />
(β-adrenergic recep<strong>to</strong>r (AR) – relaxation) and base of bladder<br />
/ IUS (α-AR – contraction)<br />
• Somatic efferents (S2-S4, Onuf’s nucleus (ON)) pudendal<br />
nerve EUS (α-1 nicotinic recep<strong>to</strong>r – voluntary contraction)<br />
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Slide 12<br />
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S<strong>to</strong>rage<br />
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(Beckel 2011)<br />
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May 12, 2012<br />
4
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 13<br />
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Pathways (Voiding)<br />
• Afferent (detrusor muscle stretch recep<strong>to</strong>rs, anal / urethral<br />
sphincters / perineum / genitalia) myelinated A-δ fibers<br />
(bladder distention) pelvic and pudendal nerves <strong>to</strong> Gert’s<br />
nucleus (sacral) periaqueductal gray (PAG) in midbrain<br />
– Also, unmyelinated C-fibers that are silent (increased<br />
activity following spinal cord injury (SCI))<br />
• When threshold pressure met, lateral PAG pontine<br />
micturition center (PMC) parasympathetic pre-ganglionic<br />
nucleus (S2-S4) and also, sacral GABAergic / glycinergic<br />
inhibi<strong>to</strong>ry inter-neuron<br />
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Slide 14<br />
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Pathways (Voiding)<br />
• Parasympathetic pre-ganglion nucleus (S2-S4,<br />
intermediolateral gray matter) pelvic nerve major pelvic<br />
/ intramural ganglia Detrusor (muscarinic M2 recep<strong>to</strong>r<br />
(mAChR)) – contraction of bladder body)<br />
• PMC GABAergic / glycinergic interneuron inhibits<br />
mo<strong>to</strong>neurons of Onuf’s nucleus (EUS relaxation)<br />
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Slide 15<br />
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Voiding<br />
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(Beckel 2011)<br />
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May 12, 2012<br />
5
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 16<br />
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Central Pathways<br />
• In humans, over the age of 2-3 years old, timing of voiding can<br />
be volitionally controlled.<br />
• Based on studies utilizing functional imaging techniques (PET,<br />
fMRI), there is evidence that the anterior cingulate gyrus<br />
(ACG) and pre-frontal cortex (both forebrain) are involved<br />
during s<strong>to</strong>rage and voiding.<br />
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Slide 17<br />
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Central Pathways<br />
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Slide 18<br />
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Central Pathways<br />
• ACG multiple connections (amygala, hippocampus, insula,<br />
thalamic dorsal medial nucleus, caudate nucleus, putamen,<br />
PAG, etc.)<br />
– Attention, introspection, executive functions, etc.<br />
• Pre-frontal cortex multiple connections 9ACG, PAG,<br />
hypothalamus, thalamus, insula, etc.)<br />
– Executive function, social behavior, planning, etc.<br />
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May 12, 2012<br />
6
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 19<br />
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Summary<br />
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Slide 20<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong> <strong>Approach</strong><br />
• When approaching bladder dysfunction, first identify the<br />
problem:<br />
– Urinary incontinence, urinary retention, or mixed picture<br />
• Not always clear.<br />
• Detailed his<strong>to</strong>ry including date and mechanism of brain injury<br />
(location), associated injuries, interventions, medications,<br />
dietary status, and hydration.<br />
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Slide 21<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong> <strong>Approach</strong><br />
• Past medical his<strong>to</strong>ry including neurologic conditions,<br />
endocrine disorders, benign prostatic hypertrophy (BPH),<br />
stress incontinence, constipation, prior pelvic / prostate /<br />
spine surgeries, etc.<br />
• Pre-injury functional his<strong>to</strong>ry (dressing, hygiene, <strong>to</strong>ileting, etc.)<br />
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May 12, 2012<br />
7
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 22<br />
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BPH<br />
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Slide 23<br />
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Stress Incontinence<br />
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Slide 24<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong> <strong>Approach</strong><br />
• Thorough physical examination.<br />
– HEENT<br />
– Heart<br />
– Lung<br />
– Abdomen<br />
– Extremities<br />
– Integument<br />
– Cognitive<br />
– Sensory, Mo<strong>to</strong>r, Reflexes, etc.<br />
– Consider rectal examination<br />
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May 12, 2012<br />
8
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 25<br />
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Differential Diagnosis<br />
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Slide 26<br />
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Differential Diagnosis<br />
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Slide 27<br />
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Differential Diagnosis<br />
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May 12, 2012<br />
9
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 28<br />
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Differential Diagnosis<br />
Urinary incontinence:<br />
• Infection (Urinary tract infection, prostatitis, etc.)<br />
• Constipation<br />
• Medications (i.e., diuretics)<br />
• Overhydration<br />
• Behavioral (disinhibited, psychiatric, etc.)<br />
• Neurogenic bladder<br />
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Slide 29<br />
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Neurogenic <strong>Bladder</strong><br />
Spastic bladder (lesion above sacral micturition center UMN)<br />
• Difficulty with s<strong>to</strong>rage<br />
• Over-active small bladder<br />
• No s<strong>to</strong>rage<br />
Flaccid bladder (lesion at sacral micturition center or in<br />
peripheral innervation of bladder LMN)<br />
• Large boggy, areflexic bladder with spastic internal sphincter<br />
• No emptying<br />
Cuccurullo 2010<br />
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Slide 30<br />
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Neurogenic <strong>Bladder</strong><br />
Combination-type, Detrusor Sphincter Dyssynergia (DSD)<br />
• <strong>Injury</strong> between PMC and sacral micturition center<br />
• Small, spastic bladder<br />
• Spastic internal sphincter<br />
• May present as retention or incontinence (at high pressures)<br />
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Cuccurullo 2010<br />
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May 12, 2012<br />
10
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 31<br />
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Evaluation and Treatment<br />
• Urinary incontinence, retention, mixed picture<br />
• If potential causes are identified, address them in a systemic<br />
fashion.<br />
• Could start with bladder patterning program with recording<br />
of post-void residuals (PVR’s) with intermittent straight<br />
catheterization parameters.<br />
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Slide 32<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong> <strong>Approach</strong><br />
Proceed with further workup depending on clinical suspicion.<br />
Could include the following:<br />
• Bloodwork (BMP, CBCD, Hg1A, PSA, UA, UCx, Urine cy<strong>to</strong>logy,<br />
etc.)<br />
• Imaging (US of renal / bladder / pelvis, CT abdomen / pelvis,<br />
CT / MRI of brain, spine)<br />
• Cys<strong>to</strong>scopy / retrograde cys<strong>to</strong>-urethrography<br />
• Urodynamic studies <strong>to</strong> assess for neurogenic bladder<br />
• EMG study of pudendal nerve<br />
• Consult Urology for assistance<br />
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Slide 33<br />
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Cys<strong>to</strong>scopy / Cys<strong>to</strong>urethrography<br />
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May 12, 2012<br />
11
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 34<br />
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Urodynamic Study<br />
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Cuccurullo 2010<br />
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Slide 35<br />
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Urodynamic Study<br />
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Cuccurullo 2010<br />
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Slide 36<br />
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Spastic <strong>Bladder</strong><br />
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Cuccurullo 2010<br />
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May 12, 2012<br />
12
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 37<br />
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Flaccid <strong>Bladder</strong><br />
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Cuccurullo 2010<br />
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Slide 38<br />
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DSD (Detrusor Sphincter Dyssynergia)<br />
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Cuccurullo 2010<br />
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Slide 39<br />
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Pudendal Nerve EMG<br />
St. Mark’s Electrode<br />
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May 12, 2012<br />
13
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 40<br />
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Treatments (Diet)<br />
Diet<br />
– Fluid intake<br />
– Spicy food, citrus fruit, chocolate / caffeine<br />
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Slide 41<br />
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Treatment (Catheterization)<br />
• Intermittent catheterization<br />
– Requires cognitive capacity, dexterity, or assistant<br />
– Option of ileal conduit diversion<br />
• Indwelling foley catheter<br />
– Consider risk of traumatic self-discontinuation, change Qmonth<br />
– Increased cancer of bladder cancer with chronic foley<br />
• Suprapubic catheter<br />
– No risk of urethral damage<br />
– Contraindicated with unstable bladder, sphincter deficiency<br />
• Texas catheter<br />
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Slide 42<br />
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Treatments (Medications)<br />
• Medications<br />
– Review current meds before starting new ones<br />
– Consider potential side effects<br />
• Alpha-recep<strong>to</strong>r blockers (relax IUS)<br />
– Flomax, Minipress, Dibenzyline, Hytrin, Cardura (watch for<br />
orthostatic hypotension)<br />
• Cholinergics<br />
– Bethanechol (lowers seizure threshold, can worsen asthma,<br />
coronary insufficiency, peptic ulcers, lower GI obstruction)<br />
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May 12, 2012<br />
14
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 43<br />
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Treatments (Medications)<br />
• Anticholinergics<br />
– Detrol, Pro-Banthine, Ditropan, Tofranil (TCA)<br />
• Use with caution in elderly (delirium, dry mouth, blurry<br />
vision, constipation)<br />
• Baclofen (GABA-B agonist) oral<br />
– Some studies showing potential benefit from intrathecal<br />
Baclofen pump<br />
• Capsaicin (derived from chili peppers) intravesiculal<br />
– Affects C-fibers, release / depletion of substance P, for spastic<br />
bladder<br />
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Slide 44<br />
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Treatments (Medications)<br />
• Resinifera<strong>to</strong>xin (derived from cactus plants) intravesicular<br />
– Spastic bladder<br />
• Botulinum <strong>to</strong>xin therapy for spastic bladder<br />
– Repeated every 3 months<br />
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Slide 45<br />
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Treatments (Procedures)<br />
• Sacral nerve stimula<strong>to</strong>rs<br />
– Possibly by blocking C-afferent fibers<br />
• Detrusor myomec<strong>to</strong>my<br />
• Sphinctero<strong>to</strong>my<br />
• Urethral stenting<br />
• Urethral dilation (females)<br />
• Artificial sphincter implantation (children with SB)<br />
• <strong>Bladder</strong> augmentation<br />
• In the future, stem cell therapy for neurogenic bladder<br />
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May 12, 2012<br />
15
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 46<br />
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Neomi Aladjem, RN, CRRN, CBIS<br />
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May 12, 2012<br />
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Slide 47<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
• Various studies show difference in outcome of bladder dysfunction in TBI<br />
patients regarding discharge <strong>to</strong> community.<br />
• Urinary incontinence is a common consequence <strong>after</strong> brain injury- up <strong>to</strong><br />
60% in stroke survivors for example.<br />
• Incontinence plays a huge role in rehabilitation outcomes such as:<br />
- Decreased activity of daily living<br />
- Decreased quality of life for patient and care giver<br />
- Decreased self esteem<br />
- Embarrassment, shame, isolation<br />
- Depression<br />
• Greater chance of admission <strong>to</strong> a skilled facility versus discharge home<br />
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Slide 48<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
The bladder is sending signals <strong>to</strong> the sacral area that it is filling<br />
up at about: 100-200cc<br />
you start <strong>to</strong> feel full: 300-400cc<br />
urgency <strong>to</strong> void felt: 400-500cc<br />
A typical physician order will be <strong>to</strong> straight cath for greater<br />
than 400cc.<br />
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May 12, 2012<br />
16
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 49<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
Non neurological causes include:<br />
Fecal impaction<br />
Urinary tract infection<br />
Medication<br />
Increased / decrease fluid intake<br />
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Slide 50<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
<strong>Bladder</strong> scan - if the patient has not voided in 6-8 hour a<br />
scan is needed <strong>to</strong> see if urine is retained in large amount, MD<br />
should be notified. If the scan shows a small amount and pt is<br />
cathed, the sensation of a bladder getting full will not happen.<br />
The goal is <strong>to</strong> teach the pt <strong>to</strong> sense the fullness and respond<br />
correctly.<br />
PVR (post void residual) - The patient is voiding but maybe only<br />
small amounts each time. These patients may dribble often. If<br />
the problem is not corrected, more serious problems can<br />
occur such as urine backing up in<strong>to</strong> the kidneys.<br />
Bowel Training – Reduce bladder incontinence due <strong>to</strong><br />
constipation<br />
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Slide 51<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
• Causes for high PVRs include:<br />
Poor bladder contraction<br />
A urinary obstruction such as an enlarged prostate.<br />
Pts with high PVRs may present with frequency, nocturia, slow<br />
stream of urine during void, urinary tract infections.<br />
Noturia<br />
The frequent trips <strong>to</strong> the BR will interfere with pt’s sleep<br />
causing inability <strong>to</strong> stay awake during the day, inability <strong>to</strong><br />
concentrate and take part in the rehab program, therefore a<br />
delay in achieving the goals can occur.<br />
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May 12, 2012<br />
17
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 52<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
Treatment plan:<br />
Various medications can be used <strong>to</strong> improve under and over<br />
active bladder, retention, urge incontinence.<br />
Multi discipline physical and behavioral plan is tailored for<br />
each individual patient.<br />
Family education and training.<br />
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Slide 53<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
Everyone in the team which includes the Physicians, Nurses,<br />
PCTs, PT, OT,SLP has a vital role in achieving the rehabilitation<br />
and the best outcome for the patients. This can best be<br />
achieved by everyone adhering <strong>to</strong> the plan, correct, timely<br />
and precise communication, correct, timely and precise<br />
documentation.<br />
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Slide 54<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
• Team decides within 48 hours if patient should be on a<br />
bladder program.<br />
• The nurse caring for the pt will initiate the folder and put a<br />
sign on the door stating how often <strong>to</strong>ileting should be done.<br />
• A folder with pt’s name and room number, times of <strong>to</strong>ileting<br />
and voids, is kept on pt’s w/chair.<br />
• Toileting and documentation is done by nursing stuff and by<br />
therapists during therapy hours.<br />
• A hand off from nurse <strong>to</strong> therapist should occur on day 1 of<br />
program initiation.<br />
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May 12, 2012<br />
18
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 55<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
• The physicians rely on this information <strong>to</strong> examine the voiding<br />
patterns and adjust medical treatment for best outcome.<br />
• The bladder pattern folders, documentation, precise<br />
communication between team members, staffing days,<br />
huddles, promptly alerting the physician if a change for the<br />
worse occurs, all contribute <strong>to</strong> patient safety, family resilience,<br />
pt and family satisfaction, pt and family education for easy<br />
transition <strong>to</strong> home.<br />
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Slide 56<br />
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<strong>Bladder</strong> <strong>Dysfunction</strong><br />
• Additional treatment for incontinence:<br />
- restricted fluid intake specially <strong>after</strong> 6pm.<br />
- caffeine restriction ( it is a stimulant)<br />
- bowel management<br />
- teds during the day for better fluid flow ( blood,<br />
lymph).<br />
- bed pans are NOT used in rehab!!! it is about<br />
teaching and practicing transfers and bladder control<br />
so the goal of maximum independence at home can<br />
be achieved.<br />
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Slide 57<br />
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References<br />
• Cuccurullo SJ, Physical Medicine and <strong>Rehabilitation</strong> Board Review Second Edition. 2010.<br />
• Beckel JM, Holstege G. Neurophysiology of the lower urinary tract. Handb Exp Pharmacol. 2011; (202):149-69.<br />
• Moiyadi AV, Devi BI, Nair KP. Urinary disturbances following traumatic brain injury: clinical and urodynamic<br />
evaluation. 2007; 22(2):93-98.<br />
• http://emedicine.medscape.com/article/453539-overview#a1<br />
• http://www.aafp.org/afp/2008/0301/p643.html<br />
Pictures/Tables<br />
• Slide 1: http://health.yahoo.net/vp/body/graphics/fullsize/bladder.jpg<br />
• Slide 7: http://www.baileybio.com/plogger/thumbs/lrg-846-urinary_system_2.jpg<br />
• Slide 18: http://en.wikipedia.org/wiki/File:Gray727_anterior_cingulate_cortex.png<br />
• Slide 22: http://trialx.com/curetalk/wp-content/blogs.dir/7/files/2011/07/BPH.jpg<br />
• Slide 23: http://kidney.niddk.nih.gov/kudiseases/pubs/uiwomen/<br />
• Slide 25-27: http://www.aafp.org/afp/2008/0301/p643.html<br />
• Slide 34-38: Cuccurullo SJ, Physical Medicine and <strong>Rehabilitation</strong> Board Review Second Edition. 2010.<br />
• Slide 39: http://www.cppc.gr/images/St_Marks_electrode.jpg<br />
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May 12, 2012<br />
19
Current Concepts in <strong>Brain</strong> <strong>Injury</strong> <strong>Rehabilitation</strong><br />
B1-3: <strong>Rehabilitation</strong> <strong>Approach</strong> <strong>to</strong> <strong>Bladder</strong> <strong>Dysfunction</strong> <strong>after</strong> <strong>Brain</strong> <strong>Injury</strong><br />
Slide 58<br />
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May 12, 2012<br />
20