further option to reduce the possibility of patient discomfort due to pressure of the resilient frame with pelvic tissue prior to its being absorbed the frame may be formed in a molding operation to exhibit a cross section such as depicted in fig6 hereof the polymer frame member 100 is integrally molded to exhibit a cushioning layer 122 formed of a soft deformable foam material the cushioning layer 122 need only span the arcuate portions 118 and 120 of the frame member 100 the cushioning layer 122 is sufficiently resilient that it can deform to spread the contact force over a greater area thereby reducing the contact pressure between the frame structure and the tissue that it abuts the embodiment of fig5 and the cross section of fig6 also show that the cushioning layer 122 may have raised tread like projections as at 128 extending radially from the surface thereof which aid in fixing the frame in fibromuscular tissue of the pelvic side walls these projections may be integrally molded with the cushion layer 122 fig7 is an anterior view of the skeletal female pelvis on which the prosthesis of the present invention has been added to generally illustrate the placement of the prosthesis when addressing forms of pelvic organ prolapse the anterior portion of the frame 100 is made to engage the inferior pubic symphysis as best seen in fig8 while the wingtip portions 110 and 112 thereof abut the sacrospinous ligament proximate the joint between the third and.