View clinical trials related to Sacrospinofixation.
Filter by:Sacrospinofixation is one of the reference techniques for the treatment of vaginal prolapse. It consists of fixing a non-absorbable thread on the sacrosciatic ligament unilaterally or bilaterally to correct a urogenital prolapse. The technical difficulty is linked to the fact that the approach to the sacrosciatic ligament is palpatory without visual control. However, if the thread is not well fixed in the ligament, there is a risk of this suture coming loose and therefore of recurrence of the prolapse. On the other hand, due to the vascular and nervous proximity (pudendal nerve), vascular complications such as hemorrhage and/or hematoma have been described by vascular lesion during the passage of the needle through this ligament. Nervous complications due to pinning of the pudendal nerve or its nerve branches have also been described, which can cause after-effects of pain or even chronic dyspareunia. Clearly and precisely visualizing the sacrosciatic ligament and the vascular and nervous structures with a microcamera could make it possible to better correct the prolapse and limit recurrences, but also to avoid these serious and disabling complications. The Nanoscope system, which can be used in routine practice as part of sacrospinofixation, could make it possible to obtain visibility of tissues under vision control. Thus the precise visualization of the sacrospinous ligament would allow an easier approach and therefore more precise surgical procedures.
The primary objective of this study is to demonstrate the feasibility of using a Finite Element model of pelvic organs by evaluating the concordance of pelvic organ mobility measurements performed by this mechanical model compared to the observations on the post-operative pelvic MRI in patients undergoing a sacrospinofixation surgery