BACKGROUND AND PURPOSE: Since the advent of immunosuppressive therapy, patients have been able to lead longer lives as transplant recipients. We report the first case of robot-assisted laparoscopic prostatectomy in the renal allograft recipient. PATIENTS AND METHODS: A 54-year-old man presented with Gleason 3+3 localized prostate cancer with a prostatespecific antigen level of 8.5 ng/mL. He had a history of end-stage renal failure secondary to fulminant acute pyelonephritis necessitating bilateral nephrectomy. Renal allograft transplant in the right iliac fossa was performed in 1981, with adequate renal function while continuing his immunosuppressant regime. The patient also had previous left inguinal herniorrhaphy. Modifications to our surgical approach include placement of a bariatric port superiolaterally to the standard port site; siting the left port inferiolaterally to provide adequate access for pelvic lymph node dissection; and developing the retropubic space largely from the contralateral side to avoid allograft injury. Extensive adhesiolysis was also needed. After negative urethral margin reported on frozen section, vesicourethral anastomosis was fashioned using our Cornell bladder neck anatomic reconstruction technique. RESULTS: The patient needed a postoperative transfusion of 1 unit of blood and was discharged on postoperative day 2 after recommencement of immunosuppression. The final pathology report revealed pT(2c) Gleason 7 (3+4) disease and negative surgical margins. Continence was recovered within the first week of catheter removal, and erections sufficient for penetration occurred before 6-week follow-up in the clinic. CONCLUSION: Robot-assisted radical prostatectomy is feasible in the carefully selected renal allograft recipient with favorable oncologic, continence, and potency outcomes.
BACKGROUND AND PURPOSE: Since the advent of immunosuppressive therapy, patients have been able to lead longer lives as transplant recipients. We report the first case of robot-assisted laparoscopic prostatectomy in the renal allograft recipient. PATIENTS AND METHODS: A 54-year-old man presented with Gleason 3+3 localized prostate cancer with a prostatespecific antigen level of 8.5 ng/mL. He had a history of end-stage renal failure secondary to fulminant acute pyelonephritis necessitating bilateral nephrectomy. Renal allograft transplant in the right iliac fossa was performed in 1981, with adequate renal function while continuing his immunosuppressant regime. The patient also had previous left inguinal herniorrhaphy. Modifications to our surgical approach include placement of a bariatric port superiolaterally to the standard port site; siting the left port inferiolaterally to provide adequate access for pelvic lymph node dissection; and developing the retropubic space largely from the contralateral side to avoid allograft injury. Extensive adhesiolysis was also needed. After negative urethral margin reported on frozen section, vesicourethral anastomosis was fashioned using our Cornell bladder neck anatomic reconstruction technique. RESULTS: The patient needed a postoperative transfusion of 1 unit of blood and was discharged on postoperative day 2 after recommencement of immunosuppression. The final pathology report revealed pT(2c) Gleason 7 (3+4) disease and negative surgical margins. Continence was recovered within the first week of catheter removal, and erections sufficient for penetration occurred before 6-week follow-up in the clinic. CONCLUSION: Robot-assisted radical prostatectomy is feasible in the carefully selected renal allograft recipient with favorable oncologic, continence, and potency outcomes.
Authors: Benjamin A Sherer; Krishnan Warrior; Karl Godlewski; Martin Hertl; Oyedolamu Olaitan; Ajay Nehra; Leslie Allan Deane Journal: Int Braz J Urol Date: 2017 Nov-Dec Impact factor: 1.541
Authors: Mohammed Shahait; Fawaz Al Majali; Ryan W Dobbs; Alex Sandberg; Adnan El-Achkar; Ayah El-Fahmawi; Philip Mucksavage; David I Lee Journal: JSLS Date: 2021 Jul-Sep Impact factor: 2.172