overflow incontinence associated with overdistention and overflow; usually with chronic retention CAPD performed using small bags of dialysate daily, 4-5x micturition urination or voiding Sterile catheterization How should urine specimen be obtained via urinary diversion stress incontinence involuntary loss of urine r/t increase in intra-abdominal pressure detrusor muscle bladder muscle composed of 3 layers 50mL PVR less than ? adequate emptying Renal failure kidneys fail to remove waste; unable to regulate fluid, electrolyte & pH balance Altered skin integrity Incontinence increases the risk of nontoilet trained pediatrics wet pad- dry pad; 1g = 1mL hydronephrosis swelling of kidney; may result from stent obstruction palpation Prior to this part of the assessment, recommend urination specific gravity measures urine density; more dense = more concentrated functional incontinence due to inability to reach toilet Sims' alternate position for insertion of female cath Clean- cath urine specimen collected midstream to minimize contamination autonomic bladder bladder not controlled by brain due to disease or injury 100mL PVR greater than ? not emptying properly Nephrotoxic drugs capable of causing kidney damage Straight cath aka intermittent cath Oliguria 24-hr UOP less than 400mL Free! thrill palpation used when accessing hemodialysis access to check for ? cystoscopy direct visual examination of bladder, ureteral orifices & urethra w/ cystoscope UTI indwelling catheters increase risk of nephron structural & functional unit of kidneys 2-5 yr Age most develop urinary control Kegel exercises Type of Pelvic floor muscle training Irrigation triple- lumen catheter is used for.. E. coli most common causal organism of bladder infection ANS system that innervates the bladder muscle Anuria 24hr UOP less than 50mL bladder may be palpable when full foley catheter sterile urine specimen should be taken from the port, not collecting bag ileal conduit aka urostomy Dysuria painful or difficult urination overflow incontinence associated with overdistention and overflow; usually with chronic retention CAPD performed using small bags of dialysate daily, 4-5x micturition urination or voiding Sterile catheterization How should urine specimen be obtained via urinary diversion stress incontinence involuntary loss of urine r/t increase in intra-abdominal pressure detrusor muscle bladder muscle composed of 3 layers 50mL PVR less than ? adequate emptying Renal failure kidneys fail to remove waste; unable to regulate fluid, electrolyte & pH balance Altered skin integrity Incontinence increases the risk of nontoilet trained pediatrics wet pad- dry pad; 1g = 1mL hydronephrosis swelling of kidney; may result from stent obstruction palpation Prior to this part of the assessment, recommend urination specific gravity measures urine density; more dense = more concentrated functional incontinence due to inability to reach toilet Sims' alternate position for insertion of female cath Clean- cath urine specimen collected midstream to minimize contamination autonomic bladder bladder not controlled by brain due to disease or injury 100mL PVR greater than ? not emptying properly Nephrotoxic drugs capable of causing kidney damage Straight cath aka intermittent cath Oliguria 24-hr UOP less than 400mL Free! thrill palpation used when accessing hemodialysis access to check for ? cystoscopy direct visual examination of bladder, ureteral orifices & urethra w/ cystoscope UTI indwelling catheters increase risk of nephron structural & functional unit of kidneys 2-5 yr Age most develop urinary control Kegel exercises Type of Pelvic floor muscle training Irrigation triple- lumen catheter is used for.. E. coli most common causal organism of bladder infection ANS system that innervates the bladder muscle Anuria 24hr UOP less than 50mL bladder may be palpable when full foley catheter sterile urine specimen should be taken from the port, not collecting bag ileal conduit aka urostomy Dysuria painful or difficult urination
(Print)
associated with overdistention and overflow; usually with chronic retention
performed using small bags of dialysate daily, 4-5x
urination or voiding
How should urine specimen be obtained via urinary diversion
involuntary loss of urine r/t increase in intra-abdominal pressure
bladder muscle composed of 3 layers
PVR less than ? adequate emptying
kidneys fail to remove waste; unable to regulate fluid, electrolyte & pH balance
Incontinence increases the risk of
wet pad-dry pad; 1g = 1mL
swelling of kidney; may result from stent obstruction
Prior to this part of the assessment, recommend urination
measures urine density; more dense = more concentrated
due to inability to reach toilet
alternate position for insertion of female cath
urine specimen collected midstream to minimize contamination
bladder not controlled by brain due to disease or injury
PVR greater than ? not emptying properly
drugs capable of causing kidney damage
aka intermittent cath
24-hr UOP less than 400mL
Free!
palpation used when accessing hemodialysis access to check for ?
direct visual examination of bladder, ureteral orifices & urethra w/ cystoscope
indwelling catheters increase risk of
structural & functional unit of kidneys
Age most develop urinary control
Type of Pelvic floor muscle training
triple-lumen catheter is used for..
most common causal organism of bladder infection
system that innervates the bladder muscle
24hr UOP less than 50mL
may be palpable when full
sterile urine specimen should be taken from the port, not collecting bag
aka urostomy
painful or difficult urination
