Urinary ascites in late onset of bladder injury post laparoscopic hysterectomy

A marked elevation in serum creatinine/cystatin C ratio may indicate pseudo-acute kidney injury due to urinary ascites: a case report and literature review

BACKGROUND

Urinary ascites represents a scarcely observed pseudo-acute kidney injury in clinical settings. Protracted or missed diagnosis may hold grave ramifications for patient outcomes.

CASE PRESENTATION

We reported a case involving an elderly female patient experiencing pseudo-acute kidney injury accompanied by ascites, wherein her renal dysfunction persisted despite medical intervention and hemodialysis. Urinary ascites was identified via a methylene blue test and by contrasting creatinine levels in serum and ascites. This patient's kidney function was multiple typified by a marked elevation in serum creatinine/Cystatin C ratio (> 2 L/dL), potentially serving as a clue for the clinical diagnosis of pseudo-acute kidney injury engendered by urinary ascites.

CONCLUSIONS

This case suggested the potential diagnostic value of an asynchronous increase in serum creatinine and serum CysC (or an increased ratio of blood creatinine to blood CysC) in patients with pseudo-acute kidney injury.

Laparoscopic Repair for Vesicoperitoneal Fistula with Vesicouterine Abscess

Vesicoperitoneal fistula (VPF) is a rare form of urogenital fistulas. It is usually associated with an accidental trauma or iatrogenic injury including postoperative complications. Although it is difficult to heal the fistula conservatively, a laparoscopic repair is one of the effective methods. We report a case of VPF with vesicouterine abscess and repaired it laparoscopically. The transvaginal sonography showed the vesicouterine abscess, and a cystoscopy revealed a fistula between the vesicouterine abscess and the bladder. The abovementioned condition was confirmed at the time of laparoscopic surgery, and the fistula tract was closed laparoscopically.

Laparoscopic total hysterectomy still not routinely chosen Operative description and available instruments

Hysterectomy is the most common gynecological surgical intervention; therefore, there are many technical variations in different healthcare systems around the world. We aimed to review, step by step, the technique of laparoscopic hysterectomy as well as to present the available variety of surgical instruments impartially so that the operative team can decide in an informed manner the model and characteristics of the equipment used. The surgical technique is presented based on the experience of the authors, focusing mainly on intraoperative recommendation and suggestions. Advantages and disadvantages of the available instruments are also extensively detailed. Surgical positioning, as well as inserting the uterine manipulator are essential steps. The open technique is used to create pneumoperitoneum. The utero-ovarian ligament or the infundibulopelvic ligament is identified, coagulated and cut. The round ligament is incised, entering the space between the two layers of the broad ligament and advancing caudally in this space, which, if correctly identified, should be avascular. The uterine vessels located on the posterior sheet of the broad ligament are dissected and coagulated. The vaginal wall is sectioned with the help of the manipulator's cap, making it easier to expose the insertion line of the vagina on the cervix. The uterus is removed through the vagina or through a trans-parietal incision. Thereafter, the vagina is sutured using separate Vicryl sutures. Between 2011 and 2016, laparoscopic hysterectomy had an increasing trend all over Europe. With a reported percentage of 3%, Romania ranks last in hysterectomies performed laparoscopically. The laparoscopic approach offers the advantages of minimal invasiveness: less pain, faster recovery and early social reintegration; therefore, this trend of improvement should become more accepted.