Spontaneous bladder rupture in non-augmented bladder exstrophy

Mimicry of Appendicitis Symptomatology in Congenital Anomalies and Diseases of the Genitourinary System and Pregnancy

INTRODUCTION

Appendicitis is a prevailing cause of acute abdomen, but is often difficult to diagnose due to its wide range of symptoms, anatomical variations, and developmental abnormalities. Urological disorders of the genitourinary tract may be closely related to appendicitis due to the close proximity of the appendix to the genitourinary tract. This review provides a summary of the urological complications and simulations of appendicitis. Both typical and urological symptoms of appendicitis are discussed, as well as recommended diagnostic and treatment methods.

METHODS

Medline searches were conducted via PubMed in order to incorporate data from the recent and early literature.

RESULTS

Urological manifestations of appendicitis affect the adrenal glands, kidney, retroperitoneum, ureter, bladder, prostate, scrotum, and penis. Appendicitis in pregnancy is difficult to diagnose due to variations in appendiceal position and trimester-specific symptoms. Ultrasound, CT, and MRI are used in diagnosis of appendicitis and its complications. Treatment of appendicitis may be done via open appendectomy or laparoscopic appendectomy. In some cases, other surgeries are required to treat urological complications, though surgery may be avoided completely in other cases.

CONCLUSION

Clinical presentation and complications of appendicitis vary among patients, especially when the genitourinary tract is involved. Appendicitis may mimic urological disorders and vice versa. Awareness of differential diagnosis and proper diagnostic techniques is important in preventing delayed diagnosis and possible complications. MRI is recommended for diagnosis of pregnant patients. Ultrasound is preferred in patients exhibiting typical symptoms.

Spontaneous bladder rupture in non-augmented bladder exstrophy

OBJECTIVE

Bladder perforation is not commonly described in bladder exstrophy patients without bladder augmentation. The goal of this study was to identify the risk factors of spontaneous perforation in non-augmented exstrophy bladders.

METHODS

The study was a retrospective multi-institutional review of bladder perforation in seven male and two female patients with classic bladder exstrophy-epispadias (E-E).

RESULTS

Correction of E-E was performed using Kelly repair in two and staged repair in seven (Table). Bladder neck repair was performed in eight patients at a mean age of 6 years. Three patients had additional urethral surgery. Before rupture, six patients were voiding only per urethra. Two patients were voiding urethrally but were also performing occasional CIC via a Mitrofanoff. One patient was performing CIC 3 hourly per urethra. Six were dry during the day. Six of the patients had lower urinary tract symptoms: five had frequency and four were straining to void. Two had suffered episodes of urinary retention. Pre-rupture ultrasound showed that the upper urinary tract was dilated in four patients. Micturating cystourethrogram was performed in six showing vesico-ureteral reflux in five. Two had urethral stenosis. Nuclear medicine was done in three patients with two abnormal differential function. Urodynamics was performed in two patients with low capacity (100 mL) and hypocompliant (<10) bladders. Both had high leak point pressures: 60 cmH₂O at 100 mL. The mean age at rupture was 11 years, with a range of 5-20 years. Patients presented with abdominal pain, associated with signs of intestinal obstruction in seven and fever in two. Eight patients underwent laparotomy and one prolonged drainage via SPC. Simple closure was performed in seven and bladder neck closure in one, because of extension of the rupture inferiorly. All patients recovered well. Following rupture, five underwent augmentation and Mitrofanoff. One of these suffered a recurrent rupture. Two other patients refused augmentation and Mitrofanoff and one of these has since had a subsequent rupture.

CONCLUSIONS

The limitations of this series include the small number of patients and its retrospective nature, without knowledge of the incidence. Bladder rupture is a risk even in non-augmented bladder exstrophy. It is potentially life-threatening and most often requires laparotomy. Rupture occurs because of poor bladder emptying and/or high pressure. Urodynamics may identify those at risk. CIC with or without augmentation should not be delayed once poor bladder emptying and/or high pressure are identified.

[Urinary ascites, uroperitoneum and urinary peritonitis in children: management of nine case reports in Madagascar]

OBJECTIVE

To evaluate the frequency of urinary peritonitis in children and to highlight its terms of management in a country with limited resources.

PATIENTS AND METHODS

We retrospectively observed nine case reports of urinary peritonitis collected in surgical reanimation service at the CHU of Antananarivo, from 1st January 2009 to 31 December 2012.

RESULTS

Urinary peritonitis accounts 0.5% of all pediatric abdominal emergencies and 5% of pediatric urological emergencies collected in our service during study period. Three etiologies were traumatic bladder rupture, one bladder iatrogenic rupture, four secondary to obstructive uropathy and one other after cystolithotomy. We found a new case of posttraumatic transverse rupture of the bladder neck. Among obstructive uropathy observed, there were two cases of posterior urethral valves and two cases of ureteralpelvic junction obstruction. Clinical expression was dominated by fever, with abdominal distention and defense. In majority of cases, etiological diagnosis was made intraoperatively. The surgical treatment by laparotomy was performed under cover of systemic antibiotic therapy. Evolution was complicated with sepsis in three cases and acute renal failure in both cases. Surgical follow-up without complication were observed in four cases. A child has died to septic shock and multivisceral failure.

CONCLUSION

Unlike urinary ascites resulting a transperitoneal extravasation of urine, uroperitoneum was a fistula between adominal cavity and content of the urinary tract. Urinary ascites was a rare cause of peritonitis. In contrast, uroperitoneum caused peritonitis quickly. Urinary peritonitis was a rare entity but severe prognosis in children. In majority of cases, etiological diagnosis was made intraoperatively.

Spontaneous bladder perforation in an infant neurogenic bladder: laparoscopic management

Spontaneous bladder perforation is an uncommon event in childhood. It is usually associated with bladder augmentation. We are presenting a case of bladder rupture in an infant with neurogenic bladder without prior bladder surgery. Three days after lipomyelomeningocele excision the patient showed signs and symptoms of acute abdomen. The ultrasound exploration revealed significant amount of intraperitoneal free fluid and therefore a laparoscopic exploration was performed. A posterior bladder rupture was diagnosed and repaired laparoscopically. Currently, being 3 years old, she keeps successfully dry with clean intermittent catheterization. Neurogenic bladder voiding function can change at any time of its evolution and lead to complications. Early diagnosis of spontaneous bladder rupture is of paramount importance, so it is essential to think about it in the differential diagnosis of acute abdomen.

Delayed primary closure of bladder exstrophy: immediate postoperative management leading to successful outcomes

OBJECTIVE

To present the critical features of our postoperative plan for children undergoing delayed primary bladder closure because appropriate postoperative management is crucial to successful exstrophy repair.

METHODS

Using an institutionally approved database, patients with bladder exstrophy whose primary bladder closure was performed at least 1 month after birth were identified. All aspects of the postoperative management were reviewed.

RESULTS

A total of 20 patients (18 boys) were identified: 19 with classic bladder extrosphy and 1 with an exstrophy variant. The patients underwent closure at a mean age of 9.9 months. All patients underwent pelvic osteotomy and immobilization for an average of 34.8 days. Analgesia was administered by way of a tunneled epidural catheter in 90% of patients for an average of 18.8 days, and 12 patients (60%) required adjunct intravenous analgesia. Bilateral ureteral catheters and suprapubic tubes were used in all patients. Total parenteral nutrition was administered to 10 (83%) of 12 patients who underwent closure after 2000. All patients received preoperative antibiotics and 2 weeks of postoperative intravenous antibiotics that was followed by oral prophylaxis. The mean hospital stay was 6.3 weeks. With an average follow-up of 7.4 years, delayed closure was 100% successful.

CONCLUSION

Successful delayed primary closure of bladder exstrophy requires a multidisciplinary approach. The keys to success include osteotomy, pelvic immobilization, analgesia, nutritional support, maximal bladder drainage, and infection prophylaxis.

A report of an iatrogenic bladder rupture in a normal healthy child during voiding cystourethrography

Iatrogenic and spontaneous bladder disruption in healthy children during a voiding cystourethrography is very uncommon. We present a case of iatrogenic extraperitoneal bladder rupture in a healthy normal child during the filling phase of a voiding cystourethrography performed by a pediatric radiologist, using routine gravity technique. This injury completely healed after 48 hours of catheter drainage with observation and was confirmed with a normal voiding cystourethrogram. The patient's underlying disease, age, proper catheter placement, and appropriate speed and volume of the contrast instilled are important factors to prevent this very uncommon event in this very common radiologic test.