Heilbronn Laparoscopic Radical Prostatectomy
Technique and Results after 100 CasesRassweiler J. · Sentker L. · Seemann O. · Hatzinger M. · Stock C. · Frede T.
Department of Urology Klinikum Heilbronn, University of Heidelberg, GermanyPresented in part at the XVth EAU–meeting, Bruxelles, April 12–14, 2000
Introduction: In 1999, Guillonneau and Vallancien presented a refined approach of a descending laparoscopic radical prostatectomy which based mainly on the primary access to the seminal vesicles and an improved suturing and knotting technique. Based on our own experience reconstructive laparoscopy as well as with open retropubic radical prostatectomy we have used a combined ascending/descending technique similar to open surgery. In this paper we want to describe our approach and to present the initial results with the Heilbronn technique. Materials and Methods: A transperitoneal approach is used with a W–shaped arrangement of the trocars (13–mm umbilical port, 2×10 mm medial, 2×5 mm lateral ports). After the exposure of the Retzius’ space and control of the dorsal vein complex the urethra is incised and the distal pedicles of the prostate (± the neurovascular bundle) are transsected. We now pull the apex ventrally and start with the incision at the bladder neck followed by a transvesical access to both vasa deferentia and seminal vesicles. The gland is entrapped in the Extraction Bag®. After accomplishing the posterior wall of the urethrovesical anastomosis with five interrupted sutures, the foley catheter is placed into the bladder and the bladder neck is closed. Now the prostate is extracted via the umbilical incision. From March 1999 to June 2000, we have performed 100 cases (48 pT2–, 47 pT3– and 5 pT4 tumors). The mean preoperative PSA was 26.8 (1.4–75.5) ng/ml. Two tumors were grade 1, 72 grade 2 and 26 grade 3. Median Gleason score was 6 (3–9). All specimen were inked and examined according to the Stanford protocol. Postoperative continence was evaluated using a questionnaire monitored by a colleague who was involved in surgery. Results: We had 5 conversions (rectal injury, difficult dissection, adhesion, 2× bleeding at the dorsal vein complex). The mean operating time was 278 (180–500) min., the transfusion rate 31%. One patient required reintervention due to bleeding from the right obturator fossa. 95% of the patients did not require any analgesia on the second postoperative day. Positive margins were found in 17% of the patients, of which 12 had a PSA nadir to a value of less than 0.1 ng/ml within 3 weeks after surgery. In 82 patients, the anastomosis was tight after removal of the catheter, median catheter time was 8 (6–30) days. 4% developed a stricture at the anastomotic site which could be treated by laserincision. On discharge 33% were continent, after 6 months 81%, whereas only 2 patients still suffer from grade II stress incontinence at 9 months. Conclusions: Laparoscopic radical prostatectomy is feasable but requires laparoscopic expertise. Its learning curve is still ongoing. Morbidity is low, oncological control is similar to results of open surgery, functional results are promising.
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