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Summary
Successful preservation of the neuro-vascular bundle (NVB) during anatomical nerve-sparing radical retropubic prostatectomy (NS-RRP) for patients with clinically localized prostate cancer is a great operative challenge. We employed a new dissection method using water-jet technology for the preservation of the NVB. We evaluated intraoperative parameters, complications and early functional results regarding continence and potency. The results were compared to a conventional operative technique. Bilateral NS-RRP was performed by the same urologist in 36 consecutive cases between January and December 2000. Eighteen patients underwent NS-RRP using water-jet dissection (ERBE Helix Hydro-Jet). Eighteen patients underwent a standard NS-RRP. Water-jet dissection was used exclusively for nerve-sparing. We assessed blood loss, operation time, complications and incidence of blood transfusions. Early continence and potency rates were evaluated. Nerve-sparing using the Hydro-Jet technique appeared to be easier, more subtle and faster compared with the standard surgical technique. The exact dissection of the layers allowed a selective dissection and better control of crossing vessels to the prostate. Blood loss was reduced by 36% (p=0.02), no blood transfusion was necessary and the operation time was reduced by 20% (p=0.02). There were no major complications. Continence rates 3 months after RRP were 77.7% in the water jet group and 66.6% in the standard group, and overall potency rates (any grade of erection) were 77.7% and 55.5% respectively. Water-jet dissection is a feasible, safe and efficient technique to facilitate NS-RRP. There is a minimal learning curve with comparable functional results to the conventional procedure. Further improvements in the water-jet application and a longer follow-up might lead to further improvements in continence and potency rates in patients undergoing NS-RRP.