Metal alloy mono and poly-filament wire reinforced carbon fiber plating system with electromagnetic bone stimulation

An invasive electric stimulation system, comprising:

• a) a cathode comprising an electrically conductive wire having an exposed surface and an opposite surface, b) an insulation layer connected to said wire and covering said opposite surface to protect against dissipation of charge therefrom;
• c) an anode comprising an electrically conductive sheet having an exposed surface and an opposite surface;
• d) an second insulation layer connected to said conductive sheet and covering said opposite surface thereof;
• e) an implantable power source having positive and negative terminals and an insulating encasement;
• f) an insulated cathode lead electrically connected and extended between said negative terminal and said cathode;
• g) an insulated anode lead electrically connected and extended between said positive terminal and said anode;
• h) a current regulator electrically associated with said power source;
• i) a monitoring component electrically associated with said cathode, anode, power source, and current regulator that measures electrical resistance between said cathode and anode as a measure of thickness of layers of periosteum buildup, bone, soft tissue, and/or cartilage in proximity of a fracture in response to electrical stimulation;
• and j) a computer-assisted device associated with said power source and monitoring component that is operative to automatically cause said current regulator to adjust current flow from said power source in response to predetermined measurements of electrical resistance by said monitoring component.