Finite Element Modeling comparing biomechanical efficacy of sacrocolpopexy with and without supra-cervical hysterectomy for pelvic organ prolapse

Canaguier M1, Vega A2, Jacquet E2, Chambert J2, Riethmuller D1, Ramanah R1

Research Type

Pure and Applied Science / Translational

Abstract Category

Anatomy / Biomechanics

Abstract 314
Biomechanics and Experimental Models
Scientific Oral ePoster Session 24
Thursday 8th October 2015
11:00 - 12:30 (ePoster Station 16)
E-Poster Area (220A)
Anatomy Biomechanics Imaging Pelvic Organ Prolapse Surgery
1. Besancon University Medical Centre, 2. University of Franche-Comte
Presenter
Links

Abstract

14/11/2024 09:33:32