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The article discusses the use of en bloc transurethral resection (TUR) technique on urinary bladder cancer. It states that the procedure involves incision around the lesion in the bladder wall and acquiring tumour specimen with the use of resectoscope. It mentions that the technique improves the pathological analysis and maintains the integrity of lesions during extraction. Furthermore, illustrations of the said technique are also presented.

Study Type – Diagnostic (case series) Level of Evidence 4 OBJECTIVE To determine if narrow-band imaging (NBI) can be used to detect high-grade cancerous lesions missed with the white light at the time of a second transurethral resection (TUR) of high-grade non-muscle-invasive bladder cancer (NMIBC). PATIENTS AND METHODS Consecutive patients with newly diagnosed high-grade NMIBC were enrolled in a prospective observational study. Patients with incomplete resection or absence of muscle tissue in the specimen were excluded. About 1 month after the first TUR, NBI cold-cup biopsies were taken from areas suspicious for urothelial cancer at the end of an extensive white-light second TUR protocol including: (i) resection of the scar of the primary tumour; (ii) resection of any overt or suspected urothelial lesions; and (iii) six random cold-cup biopsies of healthy mucosa. RESULTS In 2008, 47 consecutive patients were recruited after giving written consent (median age 62 years, range 49–83, 39 men and eight women). Nine patients (19%) had macroscopic or microscopic high-grade NMI urothelial cancer, whereas one was reassessed as having muscle-invasive disease at the white-light second TUR plus the six random biopsies. NBI biopsies were taken in 40 of the 47 patients and detected six more patients with high-grade cancerous tissue (13%). In all 16 of the 47 patients (34%) were found to have residual/recurrent cancer using our extensive protocol of second TUR followed by NBI biopsies. CONCLUSIONS Adding NBI biopsies at the end of an extensive second TUR protocol in patients with newly diagnosed high-grade NMIBC can lead to the identification of patients with otherwise missed high-grade residual/recurrent urothelial carcinoma. [ABSTRACT FROM AUTHOR]

Abstract: Female incontinence and pelvic organ prolapse have been defined as contraindications to orthotopic bladder substitution. A 75-old-year woman with slight stress incontinence, Stage III cystocele, and vaginal vault prolapse after subtotal hysterectomy underwent radical cystectomy for Stage T2 bladder cancer. After radical cystectomy, pelvic floor integrity was restored by colposacropexy with a rectangular polypropylene mesh and an ileal reservoir to urethra was constructed. After 1 year of follow-up, she had complete daytime continence and only needed to wear a pad during the night. Her postvoid residual urine volume was constantly less than 100 mL. [Copyright &y& Elsevier]

Abstract: Background: Narrow band imaging (NBI) is an optical enhancement technology that filters white light into two bandwidths of illumination centered on 415nm (blue) and 540nm (green). NBI cystoscopy can increase bladder cancer (BCa) visualization and detection at the time of transurethral resection (TUR). NBI may therefore reduce subsequent relapse following TUR. Objective: Assess the impact of NBI modality on 1-yr non–muscle-invasive BCa (NMIBC) recurrence risk. Design, setting, and participants: Consecutive patients with overt or suspected BCa were included in a prospective study powered to test a 10% difference in 1-yr recurrence risk in favor of cases submitted to NBI TUR. Excluding patients with muscle-invasive BCa, negative pathologic examination, or without follow-up, the study population was composed of 148 subjects randomized from August 2009 to September 2010 to NBI TUR (76 cases) or white light (WL) TUR (72 cases). Intervention: TUR was performed in NBI or standard WL modality. Measurements: The 1-yr recurrence risks in NBI or WL TUR groups were compared using odds ratio (OR) point and interval estimates derived from logistic regression modeling. Results and limitations: The 1-yr recurrence-risk was 25 of 76 patients (32.9%) in the NBI and 37 of 72 patients (51.4%) in the WL group (OR=0.62; p =0.0141). Simple and multiple logistic regression analyses provided similar OR points and interval estimates. Conclusions: TUR performed in the NBI modality reduces the recurrence risk of NMIBC by at least 10% at 1 yr. [Copyright &y& Elsevier]