2005
DOI: 10.1097/01.mou.0000160623.13366.e8
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Bipolar electrosurgery for benign prostatic hyperplasia: transurethral electrovaporization and resection of the prostate

Abstract: Bipolar transurethral resection is a novel approach in treatment of the prostate. A real paucity of clinical data is seen regarding the outcomes with this form of surgery. Although the generator and the resecting loop are different to the monopolar system, the resection technique is very similar which may be attractive to practising urologists. The need for large multi-centre studies in effectiveness of bipolar transurethral resection of the prostate is apparent.

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Cited by 39 publications
(18 citation statements)
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“…There are 2 available designs on the market: braided-tip (Plasma-Cut) for finer fibrous tissue and spring-tip (Plasma-Cise™) for more dense fibrous tissue removal. The main difference between the PlasmaKinetic and cold knife urethrotomies is not only incision of the fibrous tissue but also evaporation, so that the recurrence of fibrotic tissue can be decreased [11,12,13,14]. In our study, the mean recurrence rate of the cold knife group (30%) was statistically higher than the PlasmaKinetic group (14%) at the end of 9th month (p < 0.05).…”
Section: Discussionmentioning
confidence: 56%
“…There are 2 available designs on the market: braided-tip (Plasma-Cut) for finer fibrous tissue and spring-tip (Plasma-Cise™) for more dense fibrous tissue removal. The main difference between the PlasmaKinetic and cold knife urethrotomies is not only incision of the fibrous tissue but also evaporation, so that the recurrence of fibrotic tissue can be decreased [11,12,13,14]. In our study, the mean recurrence rate of the cold knife group (30%) was statistically higher than the PlasmaKinetic group (14%) at the end of 9th month (p < 0.05).…”
Section: Discussionmentioning
confidence: 56%
“…Bipolar devices have both the active and return poles incorporated into the electrode, or in the electrode and the resectoscope [Smith et al 2005]. The method has a much shorter tissue penetration, of about 50-100 mm, generating less collateral thermal damage and less tissue charring [Thiel and Petrou, 2009].…”
Section: Initial Transurethral Vaporization (Tuvp) Technique and Resultsmentioning
confidence: 99%
“…Bu elektriksel rezistansın yarattığı ısı 400 °C'ye kadar çıkabilir (6). B-TURP da ise radyofrekans enerjisi iletken ortamda elektrotun etrafında enerji yüklü partiküller içeren bir buhar (plazma) tabakası oluşturur ve bu da doku içerisindeki organik bağları çözer ve doku ayrışmasını gerçekleştirir (7). Bu hızlı buharlaşmaya ve prostat dokusunun kolayca kesilmesine yol açar.…”
Section: Monopolar Ve Bipolar Teknolojileri Ve Teknik Farklılıklarıunclassified
“…Aktif elektrottan çıkan akım dokulardan geçmeden yanındaki dönüş elektrotuna geçer ve bu da diatermi pedi kullanım gereksinimini ortadan kaldırır (7). Bipolar sistemlerde 80-100 V'da koagülasyon gerçekleşirken monopolar sistemlerde bu voltaj 500-800 V'da çıkabilir (7). Bu nedenle bipolar prostat elektrocerrahinin doku etkileri monopolar elektrocerrahideki 300-400 °C ile karşılaştırıldığında çok daha düşük sıcaklıklarda gerçekleşir (40-70 °C) (7).…”
Section: Monopolar Ve Bipolar Teknolojileri Ve Teknik Farklılıklarıunclassified