Subcutaneous electrical data port

A system for acquiring biological data from a living organism, said system comprising:

• a power source;
• a data port having
• an outer housing formed of a nonconductive, biologically compatible material and being subcutaneously implantable within a subject,
• a control circuit with a current loop transmitter enclosed within said outer housing, and
• a first electrical connection for connecting said control circuit to said power source;
• an implantable sensor;
• a second electrical connection connecting said sensor to said control circuit;
• an electrical converter having a current loop receiver and a power source connected thereto and a third electrical connection connecting said current loop receiver to said current loop transmitter.

A system for acquiring biological data from a living organism, said system comprising:

• a power source;
• a data port having
• a control circuit with a current loop transmitter, and
• a first electrical connection connecting said control circuit to said power source;
• a bipolar electrode;
• a second electrical connection comprising a lead, said lead connecting said bipolar electrode to said control circuit;
• an electrical converter having a current loop receiver and a third electrical connection connecting said current loop receiver to said current loop transmitter.

A system for acquiring biological data from a living organism, said system comprising:

• a power source;
• a data port having
• a control circuit with a current loop transmitter,
• a reference electrode,
• a connector connecting said reference electrode to said control circuit, and
• a first electrical connection connecting said control circuit to said power source;
• an electrode;
• a second electrical connection comprising a lead and connecting said electrode to said control circuit;
• an electrical converter having a current loop receiver and a third electrical connection connecting said current loop receiver to said current loop transmitter.

A system for acquiring biological data from a living organism, said system comprising:

• a power source;
• a data port having
• a control circuit with a current loop transmitter, and
• a first electrical connection connecting said control circuit to said power source;
• a female connector port in electrical communication with said control circuit;
• an electrode;
• a second electrical connection comprising a lead having a male connector end adapted to be received within said female connector port for connecting said electrode to said control circuit;
• an electrical converter having a current loop receiver and a third electrical connection connecting said current loop receiver to said current loop transmitter.

A system for acquiring biological data from a living organism, said system comprising:

• a power source having an electrically conductive needle;
• a data port having
• a body of biologically compatible material;
• a control circuit with a current loop transmitter, said body containing said control circuit, and
• a first electrical connection connecting said control circuit to said power source, said first electrical connection comprising an access port including a conductive filler, said electrically conductive needle being adapted to connect to said access port through said conductive filler;
• a sensor;
• a second electrical connection connecting said sensor to said control circuit;
• an electrical converter having a current loop receiver and a third electrical connection connecting said current loop receiver to said current loop transmitter.

A system for acquiring biological data from a living organism, said system comprising:

• a power source;
• a data port having
• a body of biologically compatible material,
• a control circuit with a current loop transmitter, said control circuit being contained within said body and
• a first electrical connection connecting said control circuit to said power source;
• a sensor;
• a second electrical connection connecting said sensor to said control circuit;
• an electrical converter having a current loop receiver and
• a third electrical connection connecting said current loop receiver to said current loop transmitter, said third electrical connection comprising an access port including a conductive filler, and said electrical converter having an electrically conductive neddle for connecting to said access port.