Dr. Abdullah Ahmad Ghazi (R5) KSMC
Estimated as: 5-69% of women 1-39% of men.
Age. LUTS. Infection. Functional and cognitive impairment. Neurological disorders. Prostatectomy.
Sphincter-related Postoperative Post-prostatectomy for benign disease Post-prostatectomy for prostate cancer Post radiotherapy, brachytherapy, cryosurgery, HIFU for prostate cancer Post cystectomy and neobladder for bladder cancer Post-traumatic After prostato-membranous disruption and urethral reconstruction Pelvic floor trauma Unresolved paediatric UI Exstrophy and incontinent epispadias
Bladder-related Refractory UUI (overactive bladder) Reduced capacity bladder Fistulae Urethro-cutaneous Recto-urethral
Hx Ex Urine analysis PVR Voiding diary. Pad test. Renal profile. U.cystoscopy. Image (U/S, VCUG, IVP). UDS.
BPH Incidence of UI is similar after (TURP, TUIP, Holium enucleation and open surgery). Pr Ca Reported 5-48%. Assessed by: Numbers of pads and their wetness. Social impairment. Bothersomeness.
Total control without any pad. Leakage: No pad but loss of few drops of urine ‘underwear staining’. None or 1 pad ‘safety pad’ per day.
Age at surgery. Prostate size. Co-morbidity. Nerve sparing surgery. Bladder neck stenosis. Tumour stage (possibly related to surgical technique) Preoperative bladder and sphincter dysfunction.
How long to wait ? Artificial urinary sphincter (AUS) success rate %. Male slings 58%. Bulking agents, early failure 50%.
Cognitive impairment. Dexterity restriction.
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Risk is %, increase with time. More as adjuvant therapy, or Hx of TURP. AUS post XRT associated with more complications.
Perineal compression slings (limited evidence). Injectable agents (not successful).
Brachytherapy 0-45%. Cryotherapy 0-5%. HIFU Rx: AUR Injectable material not successful.
Cause of incontinence after AUS: Alteration in bladder function. Urethral atrophy. Mechanical malfunction.