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  1. Dublin N, Razack AH, Loh CS
    ANZ J Surg, 2001 Jun;71(6):384-5.
    PMID: 11409027
    Matched MeSH terms: Urinary Bladder Diseases/surgery
  2. Supermainam S, Koh ET
    J Minim Invasive Gynecol, 2019 07 12;27(3):575-576.
    PMID: 31306798 DOI: 10.1016/j.jmig.2019.06.020
    OBJECTIVE: Urinary tract endometriosis involves the bladder and/or the ureters and is present in approximately 1% of women with endometriosis [1]. Bladder endometriosis is the most frequent type of urinary tract endometriosis, occurring in about 70% to 85% of cases [2,3]. Bladder endometriosis is defined as the presence of endometrial glands and stroma in the detrusor muscle. Surgically, there are 2 ways of excising this disease. The first is by transurethral bladder resection of the tumor, and the second is laparoscopic/robotic/open partial cystectomy of the bladder endometriosis. Because the nodule develops from the outer layer of the bladder wall toward the inner layer, complete excision of the endometriotic lesion is virtually unachievable with transurethral resection surgery. There is also a high risk of bladder perforation [4-8]. Partial cystectomy of the bladder runs a risk of excising normal bladder tissues because it is difficult to ascertain the margins of the bladder nodule. However, we found the best method to deal with bladder endometriosis is a combined approach whereby the margins of the bladder nodule are cut via a cystoscopy and then excision of the bladder nodule is done laparoscopically. This particular technique is presented here with an accompanying video.

    DESIGN: Excision of bladder endometriosis by first delineating the tumor via cystoscopy and simultaneously excising the nodule laparoscopically SETTING: Mahkota Medical Centre, Melaka, Malaysia.

    INTERVENTION: Here we describe a simultaneous cystoscopic and laparoscopic excision of bladder endometriosis. The patient was first seen in 2005 at age 19 years with an endometrioma. She was single (virgo intacta) at that time. She underwent a laparoscopic cystectomy. Postoperatively, she received 3 doses of monthly gonadotropin-releasing hormone (GnRH) analogue injection. She was last seen in 2006 and was well. She conceived spontaneously after that and delivered 2 babies spontaneously in 2007 and 2010 in another city. She consulted me again in April 2016 complaining of dysuria, dysmenorrhea, and inability to hold her urine. She had consulted a urologist 6 months earlier. Cystoscopy performed by the urologist showed bladder endometriosis. No further surgery was performed, and she was given GnRH analogues for 6 months. However, her symptoms persisted after completion of the GnRH analogue. Examination and ultrasound showed a large bladder nodule measuring 4.17 × 2.80 cm. Intravenous urogram showed stricture in the upper right ureter. She underwent a combined urology and gynecology surgery to excise the bladder nodule. Informed consent was obtained from the patient, and the local institutional board provided the approval. The surgery was performed with the patient in the dorsosacral position. A Verres needle was inserted into the abdomen at the umbilicus, and carbon dioxide insufflation was performed. A 10-mm trocar was inserted in the umbilicus, and a 3-dimensional laparoscope (Aesculup-BBraun Einstein Vision; BBraun, Melsungen AG, Germany) was inserted to view the pelvis. Three 5-mm trocars were inserted, 1 on the right side and 2 on the left side of the abdomen. A RUMI (CooperSurgical, Trumbull, CT) uterine manipulator was placed into the uterine cavity. Laparoscopy showed no adhesions in the upper and mid-abdomen. The appendix and the intestines looked normal. Both the ovaries and fallopian tubes were normal. Uterine insufflation with methylene blue showed that both tubes were patent. There was dense endometriosis between the bladder and fundus of the uterus. The omentum was also adherent to the site of the endometriosis. There were endometriotic nodules on the left uterosacral ligaments and the peritoneum in the wall in the pouch of Douglas. The omentum was released, and laparoscopic adhesiolysis was performed. Both the paravesical spaces lateral to the nodule were dissected out. The bladder was released from the uterus with some difficulty. The peritoneal endometriosis in the Pouch of Douglas and the nodules in the left uterosacral ligament were excised. Cystoscopy was performed and stents were first placed in both ureters. The nodule was found to be in the central position, and the margins were about 2 cm from both the ureteral orifices. The nodule was seen protruding into the bladder containing bluish lesions. Demarcation of the bladder endometriosis was done using a resectoscope. Using a needle electrode, a deep circular incision was made around the bladder nodule and into the detrusor muscle. Cystoscopic perforation of the bladder was done and was seen laparoscopically. The bladder endometriotic nodule was completely excised laparoscopically after the demarcation line created via the cystoscopy. Stay sutures were first placed at the superior and inferior edges of the defect. The bladder was repaired continuously in 1 layer using polyglactin 3-0 sutures. The nodule was placed in a bag cut into smaller pieces and removed through the umbilical incision. At the end of the surgery a cystoscopy was perform to check the integrity of the suture. The pelvis was then washed. A bladder catheter was placed. The trocars were then removed under vision, and the rectus sheath was closed using polyglactin 1 suture. The skin incisions were closed. The operation time was 2 hours. The patient received antibiotics for 10 days. She was discharged with a catheter in place on day 3. She underwent a cystogram on day 10 of the surgery, and the bladder was found to be intact. The catheter was then removed. She was seen 6 weeks after the surgery and was well without any symptoms. The ureteric catheters were removed. Histopathology confirmed bladder endometriosis. Five months later she conceived spontaneously and delivered her third child naturally in June 2017. She was seen after her delivery and was advised to take oral contraceptive pills continuously or an intrauterine contraceptive device to prevent recurrence of the endometriosis. She took the oral contraceptive pills for 3 months and then refused any further treatment. She was last seen in February 2019 and was well without any symptoms.

    CONCLUSION: In bladder endometriosis a combined approach with the urologist can assist in safely excising deep bladder endometriosis without removal of normal bladder tissue. Stents placed in the ureter assist in avoiding injury to the ureters. Demarcating the endometriotic nodule by the urologist through the bladder and excising the bladder nodule laparoscopically is both safe and effective.

    Matched MeSH terms: Urinary Bladder Diseases/surgery*
  3. Tharmaseelan NK
    Singapore Med J, 1991 Jun;32(3):187-8.
    PMID: 1876896
    Vaginal vault prolapse after hysterectomy is a distressing complication for both the patient and the surgeon. Successful repair of post-hysterectomy vault prolapse is one of the most difficult problems in gynaecological surgery. The aim of the surgery should be to restore coital function and cure the prolapse permanently.
    Matched MeSH terms: Urinary Bladder Diseases/surgery
  4. Cheah PL, Looi LM, Lee GE, Teoh KH, Mun KS, Nazarina AR
    Diagn Pathol, 2011;6:56.
    PMID: 21699710 DOI: 10.1186/1746-1596-6-56
    Endocervicosis in the urinary bladder is a rare benign condition. We present a case in a 37-year-old woman with classical clinical and pathological features of endocervicosis. The unusual observation of endocervical-like mucinous epithelium in continuity with the urothelium in addition to fully developed endocervicosis prompted immunohistochemical profiling of the case using antibodies to cytokeratins (AE1/AE3, CK19, CK7, CK5/6, CK20), HBME-1, estrogen receptor (ER) and progesterone receptor (PR) to assess the relationship of the surface mucinous and endocervicosis glandular epithelia. The surface mucinous epithelium, urothelium and endocervicosis glands were immunopositive for AE1/AE3, CK7 and CK19 while CK20 was only expressed by few urothelial umbrella cells. The surface mucinous epithelium was CK5/6 and HBME-1 immunonegative but showed presence of ER and PR. This was in contrast to the urothelium's expression of CK5/6 but not ER and PR. In comparison, endocervicosis glands expressed HBME-1, unlike the surface mucinous epithelium. The endocervicosis epithelium also demonstrated the expected presence of ER and PR and CK5/6 immunonegativity. The slightly differing immunohistochemical phenotypes of the surface mucinous and morphologically similar endocervicosis glandular epithelium is interesting and requires further clarification to its actual nature. The patient has remained well and without evidence of disease 18-months following transurethral resection of the lesion.
    Matched MeSH terms: Urinary Bladder Diseases/surgery
  5. Kong CH, Ali SA, Singam P, Hong GE, Cheok LB, Zainuddin ZM
    Int J Infect Dis, 2010 Sep;14 Suppl 3:e250-2.
    PMID: 20117032 DOI: 10.1016/j.ijid.2009.10.006
    Spontaneous bladder perforation secondary to tuberculosis (TB) is very rare. Only three cases have been reported so far in the literature. Due to its rarity, the diagnosis of spontaneous bladder perforation is often missed. Confirmation of TB via culture takes a long time and starting empirical treatment for TB is necessary. We relate our experience with a young woman who presented with clinical features of a perforated appendix and was only diagnosed with bladder perforation during laparotomy. She also had distal right ureteral stricture and left infundibular stenosis. The provisional diagnosis of TB was attained via typical histopathological features and a positive Mantoux test. She was started empirically on anti-TB treatment and recovered without any complications. Urine culture after 6 weeks confirmed the diagnosis of TB.
    Matched MeSH terms: Urinary Bladder Diseases/surgery
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