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Objectives Luteinizing hormone releasing hormone (LHRH) agonist therapy is one of the mainstays of prostate cancer treatment. Three dosing regimens currently exist: calendar-based, intermittent, and a testosterone (T)-based (T-based) regimen. We investigated the differences in development of early castrate resistance rates between these different regimens. Methods We evaluated 1617 patients with prostate cancer who received LHRH-agonist monotherapy in the Kaiser Permanente Southern California Cancer Registry between January 2003 and December 2006. Patients who had undergone surgery and/or radiation were excluded. Patients were grouped according to their dosing regimen: calendar-based, intermittent dosing, and T-based. Cox proportional hazard-regression analysis was used to estimate the hazards ratio (HR) for treatment failure. Results A total of 692 patients who received an LHRH agonist as primary monotherapy for prostate cancer fit our criteria. Calendar-based dosing was used in 325 patients; 252 received T-based dosing and 115 received intermittent dosing. On multivariate analysis controlling for demographic and prostate cancer–related variables, the T-based dosing group showed a significantly lower relative risk of treatment failure (HR = 0.65, P = .02). The intermittent-dosing group trended toward a lower risk treatment failure (HR = 0.80, P = .3). Among the variables analyzed, only a Gleason score >8 (HR = 2.05, P = .01) and a pretreatment prostate-specific antigen >20 (HR = 2.00, P

Objectives To report on a treatment algorithm for the management of rectal injures. Rectal injuries during laparoscopic radical prostatectomy (LRP) are rare. In the first 200 cases of LRP performed at our institution, 2 (1%) rectal injuries occurred. Our experience prompted collaboration with our colorectal surgery colleagues to develop a treatment algorithm for the management of such injuries. Methods We report on the management of rectal injuries sustained during LRP at our institution. We describe the intraoperative laparoscopic repair of a rectal tear using a 2-layer interrupted closure with absorbable suture. The conservative, nonoperative, management of a rectourethral fistula in a patient who presented after LRP is also described. Collaboration with our colorectal surgery colleagues resulted in the formulation of a treatment algorithm for intraoperative and postoperative presentations of rectal injury during LRP. The algorithm is presented. Results Of the first 200 cases of LRP at our institution 2 (1%) were complicated by rectal injury. Injuries recognized intraoperatively should be managed laparoscopically if the operating surgeon is adept at intracorporeal suturing. Small rectourethral fistulas can be managed conservatively with urinary catheterization or diversion and antibiotics as needed. Rarely, rectal injuries sustained during LRP will require fecal diversion; injuries that fail to heal despite fecal diversion require operative repair. Conclusions Rectal injuries incurred during LRP are rare but must be managed successfully to minimize morbidity. Rectal tears recognized intraoperatively can be managed laparoscopically. The development of a rectourethral fistula is a potential complication of LRP. Most fistulas can be managed conservatively with urinary catheterization or diversion. Rarely, rectal injuries that occur during LRP require fecal diversion or definitive operative repair.

Carcinoid tumor of the testis represents only 0.23% of all testicular malignancies. We report the first case of bilateral asynchronous carcinoid tumor of the testis with a primary site in the small bowel. A 49-year-old man presented with several months of painless enlargement of the left testis. Orchiectomy revealed carcinoid tumor. The patient presented to the emergency room 2 weeks later and was found to have small bowel obstruction due to an ileal mass. The resected mass was the primary source of the carcinoid tumor. Four years later, examination revealed carcinoid tumor in his remaining testis.