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1 e in micturition frequency and a decrease in bladder capacity.
2 0.1-50 mg kg(-1), i.v.) which also increased bladder capacity.
3 of vesicoureteral reflux, and posttransplant bladder capacity.
4 in the rat urothelium in vivo and increased bladder capacity.
5 isplayed bladder hyperactivity and decreased bladder capacity.
6 sets: nocturnal polyuria, storage or reduced bladder capacity, 24-h polyuria, and sleep-associated no
7 a distinct bladder volume threshold (74% of bladder capacity) above which flow-evoked bladder contra
9 ected rats also showed significantly reduced bladder capacity and postvoid residual volume than diabe
10 bladders of SK3T/T had significantly greater bladder capacity, and urine output exceeded the infused
11 lter filling pressure, threshold pressure or bladder capacity, but micturition pressure was elevated
13 1), i.v.) significantly (P < 0.05) increased bladder capacity during saline distension but not during
14 tivity and significantly (P <0.05) increased bladder capacity during slow infusion of saline or 0.25%
15 hable from that in age-matched controls, but bladder capacity in old animals was only approximately 5
17 ior cohort of four consecutive patients with bladder capacities < or =30 ml showed that three of four
19 s is yet unknown, but may involve changes in bladder capacity rather than simple fluid management.
21 tivity and significantly (P < 0.001) reduced bladder capacity to 14.9 +/- 10.3% of the saline control
22 usion PNS significantly (P < 0.05) increased bladder capacity to 167.7 +/- 27.1% at 1T and 196.0 +/-
23 der overactivity and significantly increased bladder capacity to 68.0 +/- 31.3% at 1T (P < 0.05) and
25 transplant bladder and 1 year posttransplant bladder capacity was 14.5% and 84% of expected, respecti
26 nnel antagonist Brilliant Blue FCF increased bladder capacity, whereas i.v. administration did not.
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