L4 Genitourinary Flashcards
What is the PTs role in GU disorders?
-recognize S/S of GU dysfunction
-understand how GU disorders impact rehab
-follow guidelines for interventions
-recognize common referral of pain areas of GU
Normal age related changes of GU system
-Decreased blood flow to kidneys
-Increased volume of urine and decreased bladder capacity
-shift toward nocturnal urine production
Hyponatremia
low level of sodium in the blood
Functions of kidneys
- excretion of cellular waste productions
- regulation of blood volume
- electrolyte regulation
- Acid-base regulation
- Arterial BP regulation
- EPO secretion
Common S/S of genitourinary pathology
Pain
Change in voiding habits
Pain (S/S of genitourinary pathology)
Varies according to origin
Pain generally described as wave-like, burning, or dull ache in abdomen, back, buttocks
Innervation of urinary system
T10-S4
Kidney Innervation
T10 to L1
Pain referral can be lumbar spine, upper abdomen
Will be the same side as the affected kidney
Ureter Innervation
T11-L2, S2-S4
Pain referral can be groin, upper/lower abdomen, scrotum, medial/proximal thigh, thoracolumbar region
Urinary Bladder Innervation
T11-L2, S2-S4
Pain referral can be in sacral apex, suprapubic region, thoracolumbar region
Change in voiding habits (s/s of pathology)
Urinary frequency
Urinary urgency
Nocturia
Polyuria
Oliguria
Dysuria
Hematuria
Decreased force of urinary flow
urinary incontinence
dyspareunia
Urinary frequency
of times a day
lower UTI
Urinary urgency
how much you need to pee
lower UTI
Nocturia
night urination
diabetes, heart failure
Polyuria
> 2.5 L per day
increased fluid intake, diabetes, chronic kidney disease
Oliguria
<400 ml a day
dehydration, renal failure
Anuria
<100 ml a day
dehydration, renal failure
Dysuria
painful
lower UTI
Hematuria
must report to MD ASAP
blood in urine
traumatic foley catheter, renal disease, cancer
Decreased force of urinary flow
prostate enlargement, urethral obstruction
Urinary Incontinence
inability to control voiding
SCI, dementia, CNS issues
Dyspareunia
pain during intercourse
more common in women
endometriosis, UTI, post menopause
Diagnostic tests for GU system pathology
Urinalysis
Creatinine Tests
Blood Urea Nitrogen
Urinalysis
Looks at color, odor, pH, specific gravity, absence of certain materials
Urine color
varies from almost colorless to dark yellow
depends on fluid, supplement, dietary intake
Urine odor
should not be strong (normal)
Specific Gravity
a measure of solutes in the urine
should be 1.002 to 1.028
pH of urine
4.6 to 8.0
Urine should have an absence of
glucose, ketones
proteins
Hb/RBcs
Bilirubin
WBCs, bacteria
Glucose/Ketones in urine indicates
diabetes or keto diet
Proteins in urine indicates
GFM damaged, kidney disease
Hb/RBCs in urine indicates
cancer, excessive exercise
Bilirubin in urine indicates
live or bile duct problems
WBCs/bacteria in urine indicates
infection
Plasma Creatinine
Increased levels are indicative of decreased renal function
Creatinine Clearance
24 hr urine test, approximates GFR
decreased Cr clearance is indicative of decreased renal function
Blood Urea nitrogen
increased BUN indicates: decreased renal function or fluid intake, increased muscle catabolism, increased protein intake, acute infection
To implicate decreased renal function, BUN levels need to be correlated with plasma Cr levels
Mental status and BUN
alterations in BUN and creatinine levels may lead to alteration in patients mental status
X-rays are used to diagnose
kidney stone
IVP
blood flow
Cystoscopy
inspection of inside of bladder
Uroflowmetry
force of flow test
Radioisotope studies
diagnosis of kidney function
mostly used for those that need to receive a kidney
Ultrasonagraphy
shape of kidney
UTI
infection within the urinary tract
Lower UTI
bladder and/or urethra
Upper UTI
kidneys and/or ureters
Epidemiology and Risk Factors for UTIs
-highest incidence in individuals in skilled nursing/extended care facilities
-most common is urinary catheterization
-Increased age, diabetes, sexually active females
Clinical presentation of UTI
altered mental status, shortness of breath, nausea/vomiting
Relationship to falls and UTI
more likely to fall with altered mental status
Increased age and UTIs
lower immune system, decreased personal hygiene, increased sedentary time
Diabetes and UTI
decreased immune response, increased bacteria, neuropathy
Pathogenesis of UTI
usually gram-negative bacteria ascending into the urinary tract from the urethra
Changes in voiding habits and UTI
frequency, urgency, dysuria, nocturia, dyspareunia
cloudy, bad-smelling urine, or hematuria
Pain and Lower UTI
generally sudden onset of symptoms
hallmark: dysuria
Upper UTI pain
typically gradual onset and systemic symptoms like fever, chills, malaise
general UTI pain
suprapubic, lower abdomen, groin, flank or back pain, shoulder pain possible
Shoulder strap pain
infectious agents and/or inflammatory mediators can diffuse locally and activate afferent endings in diaphragm
visceral pain can be referred to shoulder pain
due to the convergence of sensory neurons on the same group of dorsal horn neurons in spinal segment
Insidious onset of back pain complaints
make sure to ask about history of recent infection
ask about changes in voiding habits, systemic S/S
Dx and Tx of UTI
Dx: History and urinalysis
Tx: increased hydration, ABX
Cranberry juice is statistically insignificant for treatment, and does not prevent
Pyelonephritis
infectious, inflammatory disease presumed to be caused by bacterial invasion of renal parenchyma
Can be acute or chronic
Acute Pyelonephritis
most common cause is backwards flow of infected urine from bladder into upper urinary tract.
often called ascending UTIs
sometimes caused by blood borne pathogens
Chronic Pyelonephritis
kidneys become increasingly damaged due to repeated urinary infections
can lead to scarring and loss of kidney function