The biomechanics of uterine prolapse impact rectal intussusception, ODS and surgical restoration

Peter PETROS, DSc DS (UWA) PhD (UPPSALA) MB BS MD (SYD) FRCOG FRANZCOG CU, UNSW Sydney, Kensington, UNSW, Department of Surgery St Vincents Hospital

PDF] The Macro- and Micro-Mechanics of the Colon and Rectum I: Experimental Evidence

Rectal intussusception USL is lax; LP cannot tension RVF: force of

Grading patient satisfaction with the outcome of the pro- cedure at

b . – Post-operative defecating proctogram. Sagittal view, strain- ing.

Proposed mechanism for surgical restoration of rectal intussusception

Peter PETROS, DSc DS (UWA) PhD (UPPSALA) MB BS MD (SYD) FRCOG FRANZCOG CU, UNSW Sydney, Kensington, UNSW, Department of Surgery St Vincents Hospital

Uterine prolapse caused by damage during childbirth and elongation of

Finite element analyses for validation: (a) Biaxial extension test of

PDF) Sacrocolpopexy may cause difficult defecation by inhibiting the external opening out mechanism

PDF) The Macro- and Micro-Mechanics of the Colon and Rectum II: Theoretical and Computational Methods

A Defecographic study showing rectoanal intussusception with a large

PDF) Tunneling of Mesh during Ventral Rectopexy: Technical Aspects and Long-Term Functional Results

A Defecographic study showing rectoanal intussusception with a large