ABSTRACT
INTRODUCTION: Despite several benefits, patients are concerned that transvaginal cholecystectomy has a negative impact on sexual health. The objective of this systematic review was to assess the impact of transvaginal cholecystectomy on postoperative dyspareunia and sexual function. METHOD: A literature search was performed in the PubMed and EMBASE databases. Papers reporting on postoperative dyspareunia, vaginal pain or discomfort, and sexual function were included. RESULTS: Seventeen papers reported on dyspareunia and vaginal pain or discomfort. Two papers reported a rate of de novo dyspareunia of 3.8% and 12.5%, respectively. One study reported a nonsignificant reduction in painful sexual intercourse and the remaining 14 reported no incidents of dyspareunia. Eight papers reported on sexual function. One paper using a nonvalidated questionnaire found impaired sexual function. The papers that used validated questionnaires found no impairment of sexual function. CONCLUSIONS: The risk of sexual dysfunction and dyspareunia after transvaginal cholecystectomy seems minimal. Well-designed studies using validated questionnaires are necessary to fully assess these types of complications.
Subject(s)
Cholecystectomy/methods , Natural Orifice Endoscopic Surgery/methods , Quality of Life , Sexual Behavior/psychology , Sexuality/physiology , Cholecystectomy/psychology , Female , Humans , VaginaABSTRACT
Intense neuromuscular blockade (NMB) measured by post tetanic count (PTC) was monitored, reversed and verified in this pig model. In a cross-over assessor blinded design six pigs were randomized to either no NMB followed by intense NMB, or intense NMB followed by no NMB. Neuromuscular measurements were performed with acceleromyography [train-of-four (TOF) Watch SX]. In all pigs, the response to TOF nerve stimulation was stable and intense NMB (PTC 0-1) was established with rocuronium 3 mg/kg. For reversal, the pigs received sugammadex 20-35 mg/kg and returned to TOF-ratio above 0.90 within 2.15 min after injection. We established a pig model for monitoring intense NMB with surface stimulation electrodes and acceleromyography. We verified total relaxation of the diaphragm and the abdominal muscles at the PTC 0-1 by suction test and with surface electromyography. This pig model is suitable for studies with experimental abdominal surgery with monitoring of intense NMB, and where relaxation of the diaphragm and the abdominal muscles are required.
