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The squirrel monkey is likely to be a useful model of pelvic organ prolapse and warrants further study.
This study examines the baboon as an animal model of pelvic organ prolapse (POP) by describing the pelvic floor anatomy and adapting human clinical assessment tools.
Objective: The purpose of this study was to characterize the innervation of the levator ani muscles in the female squirrel monkey and to investigate its usefulness as an animal model of pelvic organ prolapse.
To develop an animal model of pelvic inflammatory disease (PID) that simulates intraluminal tubal damage and adhesion formation seen in human PID, and to evaluate peritoneal effects of laparoscopic lavage with 1% povidone-iodine, 0.5% povidone-iodine, and 0.05% chlorhexidine gluconate solutions.
A theoretical model of pelvic function based on biomechanical and clinical research, highlights the interaction of the bony interlocking mechanisms of the joints of the pelvis and the support afforded by surrounding ligaments, fascia and muscles [ 20].
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Larson et al. [ 15] built a 3D model of the pelvic floor to analyze the complex anatomy of the perineal body in living women with normal pelvic support.
Once the appropriated 3D geometrical model of the pelvic floor was available, it was started the 3D finite elements model, in order to simulate a study case related to the child natural delivery, considering the head of the child as a perfect sphere and all the material properties found in literature.
In the paper the numerical model of human pelvic bone with layer structure is presented and next the test of identification of the material coefficients of trabecular and cortical bone tissue (Young modulus and Poisson's ratio) on the ground of experimental data (displacements measure on external surface using ESPI method) is presented.
The vaginal cavity was considered for the first time in finite element modeling of the pelvic floor system.
Finite element models of the pelvic support system with anatomic details were established for both the healthy subject and the POP patient.
3D models of the pelvic floor of subjects without and with POP that include 10 components are shown in Figure 2. Regarding the attachments that supply apical support, the cardinal ligaments of the volunteer subject were much thicker than those in the POP patient.
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