Method and apparatus for optimum positioning of a muscle stimulating implant

Claim 2

A stimulation electrode placement determination method for determining an optimum muscle tissue insertion location for a stimulation electrode, the method comprising the steps of: providing a test probe to establish electrical contact with a selected portion of muscle tissue to be stimulated; connecting a conductive lead wire to the test probe; for several locations, imposing a threshold-measuring electric current on the test probe through the conductive lead wire to stimulate the muscle tissue; for each of the locations, producing a threshold current measurement at which the muscle tissue reacts to the stimulation; determining among the several locations, one which has an optimum muscular threshold reaction, and identifying it as the optimum location for permanent stimulation electrode implantation; and cutting the conductor wire leading to the test probe and inserting a stimulation electrode into the muscle tissue at the determined optimum location.

Claim 3

The method set forth in claim 1 wherein the step of providing a test probe to establish electrical contact with a selected portion of muscle tissue to be stimulated further comprises providing a suture needle coupled to a distal end of the stimulation electrode.

Claim 4

The method set forth in claim 1 wherein the step of providing a test probe to establish electrical contact with a selected portion of muscle tissue to be stimulated further comprises providing a suture needle in conductive relationship to the surface of the muscle tissue without full penetration of the surface.

Claim 5

The method set forth in claim 1 wherein the step of providing a test probe to establish electrical contact with a selected portion of muscle tissue to be stimulated further comprises providing a suture needle fully penetrating the surface of the muscle tissue.

Claim 6

A stimulation electrode placement determination arrangement for determining an optimum muscle tissue insertion location for a stimulation electrode comprising: a stimulation electrode; a test probe to establish electrical contact with a selected portion of muscle tissue to be stimulated; a conductive lead wire connected to the test probe; means for imposing a threshold-measuring electric current on the test probe through the conductive lead wire to stimulate the muscle tissue at several locations; and means for producing a threshold current measurement through the conductive lead wire at which the muscle tissue reacts to the stimulation at each of the locations; and a suture of absorbable material coupled between the test probe and the stimulation electrode wherein an implanter can determine among the several locations, one which has an optimum muscular threshold reaction, and identify it as the optimum location for permanent stimulation electrode implantation.

Claim 7

A stimulation electrode placement determination arrangement for determining an optimum muscle tissue insertion location for a stimulation electrode comprising: a stimulation electrode; a test probe to establish electrical contact with a selected portion of muscle tissue to be stimulated; a conductive lead wire connected to the test probe; means for imposing a threshold-measuring electric current on the test probe through the conductive lead wire to stimulate the muscle tissue at several locations; and means for producing a threshold current measurement through the conductive lead wire at which the muscle tissue reacts to the stimulation at each of the locations; and a suture of absorbable material coupled between the test probe and the stimulation electrode wherein an implanter can determine among the several locations, one which has an optimum muscular threshold reaction, and identify it as the optimum location for permanent stimulation electrode implantation.

Claim 8

The arrangement set forth in claim 5 wherein the test probe is a suture needle distally coupled to said stimulation electrode.

Claim 9

The arrangement set forth in claim 6 wherein the suture needle comprises an insulating coating on its outer surface, the insulating coating terminating in spaced relation to a sharp end portion of the needle.

Claim 10

The arrangement set forth in claim 7 wherein the insulating coating comprises a polyurethane adhesive.

Claim 11

A stimulation apparatus comprising: a stimulation electrode; a test probe coupled to the stimulation electrode; and a conductive lead electrically coupled to the test probe; and a suture of absorbable material coupled between the test probe and the stimulation electrode.

Claim 12

A stimulation apparatus comprising: a stimulation electrode; a test probe coupled to the stimulation electrode; and a conductive lead electrically coupled to the test probe; and a suture of absorbable material coupled between the test probe and the stimulation electrode.

Claim 13

The stimulation apparatus set forth in claim 9 wherein the test probe is a suture needle coupled to a distal end of the stimulation electrode.

Claim 14

The stimulation apparatus set forth in claim 10 wherein the suture needle comprises an insulating coating on its outer surface, the insulating coating terminating in spaced relation to a sharp end portion of the needle.

Claim 15

The stimulation apparatus set forth in claim 11 wherein the insulating coating comprises a polyurethane adhesive.

Claim 18

The apparatus of claim 13 wherein the test probe is a suture needle having a sharp end portion.

Claim 19

The apparatus of claim 14 wherein the needle has an insulating coating on its outer surface, the insulating coating terminating in spaced relation to said sharp end portion of the needle.

Claim 20

The apparatus of claim 13 wherein the suture is constructed of an absorbable material.