shape desired surfaces of internal spaces which are unique to each surgical procedure an additional prosthetic mesh layer s or other prosthetic cross section may extend from the edge of the prosthetic edge be attached or be as one in an integrally fabricated structure using suitable manufacturing methods and techniques this prosthetic structure may additionally act as a module for housing of collecting electrical impulse energies with the use of capacitors and have circuits containing transducers microchips and relays for release of said energy according to body orientation prosthetic structure walls may be comprised of conductive materials as a matrix to collect adjacent sensory electrical impulses and internally store energy potential into capacitors to achieve sensory control electrical impulses may be collected and controlled for any viscera timing objectives timing control for the nighttime function of sleeping and daytime functions of both emptying bladder and moving bowels may be modulated a ground may be utilized internally and the electrical energy stored in capacitors that may then be released in a controlled method through connectors and possibly into heat internally via a heat transfer method device to then stimulate organ functions contact points may be used as a network with polarity control by any manner known in the art including extending and attaching said connector ends to the natural sensory positions of desired.