Intrinsic transduction system

A method for constructing a transducer prosthetic vertebrae disc sole comprising construction of an athletic shoe midsole, outsole, and bladders, having the appearance of a novel vertebrae disc:

• a. prosthetic transducer implant configured for placement between opposing bones that apply pressure to the implant during articulation, the implant comprising:
• a battery capacitor, transistor, resistor, antenna, CPU, a fluid-filled reservoir;
• and a molded body coupled to at least one of the bones and the reservoir to provide cushioning during articulation;
• and
• b. negative ion transducer adapted for use as a stimulation for the purpose of organic pain suppression which comprises:
• wherein the parameter of the stimulation comprises a parameter associated with the electric signal;
• wherein the parameter comprises one or more of strength, direction, current, or voltage of the electric signal;
• further comprising a lead coupled and configured to deliver electric stimulation to the damaged nerve;
• wherein the control module is enclosed in a substantially sealed housing and the lead extends from the housing;
• wherein multiple leads extend from the housing. output leads for transmitting a signal generated by the circuit means to the tissue and nerves, including a first resistive means for limiting the current through the leads;
• and
• c. transducer nerve regeneration system comprising:
• a lead configured to be placed in a body proximate a damaged nerve, a portion of the lead being configured to stimulate the damaged nerve;
• and a control module configured to a signal indicative of the nerve's response to the stimulation and adjust a parameter of the stimulation in response to the monitored signal;
• and
• d. the system of claim 2, wherein the stimulation comprises a therapeutic electric signal.
• e. The system of claim 2, wherein the fluid delivery system comprises a reservoir for storing fluid associated with the fluid delivery lead.

A battery transduction oscillation system method of charging or enhancement where piezoelectric transducer and/or battery disks form a modified version of capacitor, wherein said capacitor(s) having an outside housing and wherein the improvement comprising an outside diameter or linear distance constitute and wherein said battery capacitor is a sub-system of an nerve regenerator, sub-system of an athletic apparel, sub-system of a vertebrae disc prosthetic, sub-system of a shoe, sub-system of a cleat, sub-system of a negative ion system, and:

• a. negative ion transducer system method, comprising:
• A lithium battery, A negative ion transducer for generating negative ions by piezoelectric oscillation, said negative ion transducer circuit comprising:
• a negative ion transistor operable to output a DC high voltage;
• a resistor circuit operable to generate a negative high voltage from the DC high voltage from said negative transistor;
• a discharge adapted to emit electrons;
• an oscillating circuit operable to generate a signal having a frequency in a neighborhood of a resonant frequency of said negative transistor for controlling a frequency of an DC voltage.