JOHN DEAN, M.D.
Medical Practice in Midland, TX

6524314, Feb 25, 2003

Aug 24, 2001

09/935526

John C. Dean - Midland TX 79707
Dennis C. Moad - Lockhart TX 78644

A61B 1756

606 64

An interlocking intramedullary nail assembly including an intramedullary nail, a first lag screw, a second lag screw and a locking screw. The first and the second lag screws are arranged to mate with one another and are received by the intramedullary nail at opposite ends of a transverse through bore passing through a distal portion of the nail. The interlocking screw is used to operatively couple the first lag screw and second lag so as to fix the first and the second lag screws to the nail.

6328102, Dec 11, 2001

Aug 14, 1998

9/134463

John C. Dean - Midland TX

E21P 4300

166248

The present invention is directed to a method of utilizing the piezoelectric effect to transport a target substance within an earth formation. An earth formation is identified which bears a target substance. The piezoelectric properties of the earth formation are examined in order to determine the extent of the piezoelectric effect and to determine any optimum frequency of excitation. A voltage is applied to a particular portion of an earth formation in order to develop mechanical stress in the earth formation utilizing the piezoelectric property. The mechanical stress effects the local temperature and permeability of the target substance within the earth formation. A combination of excitation due to the electric field, mechanical stress, the temperature increase, serves to alter the permeability in a desired manner in order to liberate greater amounts of target substance from the earth formation, and to facilitate removal of the target substance utilizing conventional technologies such as pumps. Alternatively, and supplementally, a mechanical vibration and/or sonic energy source may be utilized to develop mechanical and electrical forces on the subsurface earth formation, to alter permeability of a target substance.

7972360, Jul 5, 2011

Oct 2, 2007

11/866220

John C. Dean - Midland TX, US

A61B 17/08

606215, 606151

A method, system and apparatus for augmenting the surgical repair of soft tissue injuries, in which a first end of a bridge member attaches to a first portion of healthy tissue, and a second end of the bridge member attaches to a second portion of healthy tissue. The bridge member (or bridge members) used to augment the soft tissue repair may be interconnected or function independently. Flexibility and elasticity of the bridge member are determined by the situation and may be altered to improve healing. The device may be used in arthroscopic procedures, and may be manufactured in a variety of lengths, or may be manufactured one length and be cut to the desired length, or otherwise altered to provide an optimal length of the bridge member.

7303577, Dec 4, 2007

Feb 5, 2003

10/358616

John C. Dean - Midland TX, US

A61B 17/08

606215, 606151

A method, system and apparatus for augmenting the surgical repair of soft tissue injuries, in which a first end of a bridge member attaches to a first portion of healthy tissue, and a second end of the bridge member attaches to a second portion of healthy tissue. The bridge member (or bridge members) used to augment the soft tissue repair may be interconnected or function independently. Flexibility and elasticity of the bridge member are determined by the situation and may be altered to improve healing. The device may be used in arthroscopic procedures, and may be manufactured in a variety of lengths, or may be manufactured one length and be cut to the desired length, or otherwise altered to provide an optimal length of the bridge member.

2009023, Sep 17, 2009

Mar 11, 2008

12/045832

John C. Dean - Midland TX, US
Jonathan H. Webb - Midland TX, US

A61B 17/04

606232

Various suture cleats are disclosed for repairing soft tissue injuries. The cleats have a body and one or more spikes extending from one side and embedding into the soft tissue. A suture has a distal end attached to one of the suture cleats and passes through passages in one or more other suture cleats in repairing the soft tissue injury. The spikes are designed to embed only partially into the soft tissue. For example, two cleats can position on the top and bottom sides of the soft tissue on one side of the injury with a portion of suture interconnecting the two cleats though the tissue. In another example, one of the cleats can include a post that is positioned through the soft tissue and to which the suture connects. The distal end of the suture can fix to another suture cleat, a suture anchor, a bone tunnel, or a screw.

7001411, Feb 21, 2006

Sep 25, 2001

09/963132

John C. Dean - Midland TX, US

A61B 17/04

606232, 606216, 606220

A method and soft tissue cleat device for improving the repair of soft tissue damage. A disc having projections pierces soft tissue and securely joins with a second disc to coapt the interposed soft tissue. This provides an increased pull-out strength of the suture and resistance to shear stresses, improving the quality of the repair. The present invention may be used with any bone fixation devices to reattach soft tissue to bone, and may also be used to rejoin soft tissues after a tear in the tissue.