View clinical trials related to Bladder Injury.
Filter by:The Bladder Injury Classification System for Endoscopic Procedure (BICEP) is designed to provide a systematic framework for categorizing bladder injuries that occur during endoscopic procedures. By standardizing the classification of these injuries, BICEP promotes a more consistent approach to diagnosis, management, and prevention across different urologic interventions. This study aims to validate and implement the BICEP system during morcellation. This study will: Validate BICEP by using real-life clinical scenarios to ensure its applicability and effectiveness. Assess the incidence and types of bladder injuries during morcellation, using the BICEP categorization to standardize injury reporting and enhance treatment protocols.
For the evaluation of the lower urinary tract after laparoscopic hysterectomy, routine standard saline cystoscopy and carbon dioxide cystoscopy will be compared.
This study aimed to evaluate the short-term and long-term complications of placenta percreta with bladder invasion. This evaluation focuses on cases where bladder dissection and ACAR-style bladder sutures were applied in cases of placenta percreta with bladder invasion that underwent uterine-sparing surgery or hysterectomy.
The healthy pregnant women with previous operative deliveries admitted for elective C-section will be counselled and conditioned informed consent will be taken to be included in either study group if dense pelvic adhesions will be found during their operation. Adhesiolysis will be performed using bladder retro-fill with 300cc saline in the cystoinflation group, and without retro-fill in control.Both groups will be observed for bladder injury rate,bloodloss,operativetime,urinary tract infection,micturition problems and fistula formation.
Demonstrate and compare the 3D morphology of the bladder wall in full and drained states with 2 different kinds of bladder catheters in place. (Foley Catheter vs. Cystosure Catheter)
The key objective of this study is to compare success rates of ultrasound guided obturator nerve block and anatomic landmark guided obturator nerve block as determined by neuromonitoring endpoints and surgeon observations.