Erratum to: Electrosurgical bipolar vessel sealing for vaginal hysterectomies

Evidence review Electrosurgical vessel sealing in vaginal hysterectomy

Deformation During the Electrosurgical Vessel Sealing Process

Electrosurgical vessel sealing is used throughout many surgical procedures with the benefits of the device widely reported. However, there is still significant variation in the quality of the resulting seal with limited understanding as to why. This study developed a methodology to use digital image correlation to capture the sealing process and to investigate the changes occurring throughout. ...

Vaginal Hysterectomy using the ERBE BiClamp® Bipolar Vessel Sealing System: A Case Series

The ERBE BiClamp® BVSS appears to be a safe and effective method of vaginal hysterectomy in this small single surgeon, single institution study; demonstrating efficient operative times, minimal blood loss and intraoperative morbidity with acceptable surgical outcomes. Its use contributes to the advancement of minimally invasive gynaecology and should be encouraged.

Laparoscopic vessel sealing technologies.

Laparoscopic vessel sealing devices have revolutionized modern laparoscopy. These devices fall into 2 major categories: advanced bipolar and ultrasonic instruments. The range of tissue effects available with these technologies is more limited than with conventional monopolar electrosurgery; however, both advanced bipolar and ultrasonic devices efficiently seal vessels (≤7-mm and ≤5-mm diameter,...

Comparison of ceforanide and cephalothin prophylaxis for vaginal hysterectomies.

We compared the safety and efficacy of a six-dose regimen of cephalothin with a two-dose regimen of ceforanide for the prevention of infection after elective vaginal hysterectomy. A total of 150 patients were randomly assigned to either regimen. The overall incidence of documented pelvic infection was 5.3% and did not differ significantly between the prophylaxis groups when stratified by type o...