DR. MICHAEL H BOURNE, MD
Medical Practice at 3900, Salt Lake City, UT

6540651, Apr 1, 2003

Apr 18, 2000

09/551081

Mark J. Aberton - Sandy UT
Cory W. Anderson - Kearns UT
Michael H. Bourne - Salt Lake City UT
E. Marc Mariani - Salt Lake City UT

Physician Therapy Supply, L.C. - Salt Lake City UT

A63B 2102

482124, 482 79, 482125, 482129, 482904

An exercise apparatus for exercising a body part is disclosed as including an attachment structure and a resistance member. The attachment structure is adapted for placement on the body part that is to be exercised. The attachment structure includes a plurality of fasteners positioned at different locations on the attachment structure. The resistance member provides resistance for exercising the body part. The resistance member has a first end and a second end. A resistance member fastener is located proximate the first end of the resistance member and is capable of fastening to at least one of the fasteners located on the attachment structure. The resistance member includes an anchor for removably attaching the second end of the resistance member to an anchor point. An apparatus for exercising a body part may also include a plurality of distinct identifications on the attachment structure for the plurality of fasteners.

6379388, Apr 30, 2002

Dec 8, 1999

09/458111

Michael D. Ensign - Draper UT
Scott Shaver - Draper UT
Michael H. Bourne - Salt Lake City UT
E. Marc Mariani - Salt Lake City UT

Ortho Development Corporation - Draper UT

A61F 238

623 2034, 623 2032, 623 2021, 623 2028

A tibial prosthesis locking system. The system includes a tibial plate and an articular surface component or tibial insert. A proximal side of the tibial plate includes perimeter sidewalls with holding flanges formed thereon, and male retaining projections are formed on interior portions of the proximal tibial plate. A distal side of the articular surface component is designed to interlock with the holding flanges and retaining projections formed on the tibial plate. The male retaining projections and the holding flanges cooperatively engage with the articular surface component to provide it with resistance to movement in an anterior-posterior direction, a medial lateral direction, a rotational direction, and a vertical direction.

7429346, Sep 30, 2008

Jun 28, 2004

10/879683

Michael D. Ensign - Salt Lake City UT, US
Matthew M. Lowe - Draper UT, US
E. Marc Mariani - Salt Lake City UT, US
Michael H. Bourne - Salt Lake City UT, US

Ortho Development Corporation - Draper UT

B29C 33/40

264264, 264313, 623 2014, 623 2019, 623 2021, 623 2032, 623901

An orthopedic implant device and method is disclosed. Specifically, a knee mold system is disclosed, including elastic tibial and femoral molds, each of which may be configured and dimensioned as a unitary mold for in situ placement during a surgical procedure. Each mold may be manufactured from an elastic material that may be disposable. The tibial mold may further comprise a sidewall forming a cavity, markings for relative depth measurement, and depth rings for use as a guide for scoring, cutting, and/or trimming and tearing away an excess portion of the tibial mold. The femoral mold may further comprise a sidewall defining a cavity, two legs extending from a body of the femoral mold for forming the artificial condyles, and an eyelet for aiding in placement and removal of the femoral mold. The resulting prosthetic tibial and femoral components may form an articulation surface that mimics, at least in part, the natural articulation surface of the knee.

6942475, Sep 13, 2005

Mar 13, 2003

10/389247

Michael D. Ensign - Salt Lake City UT, US
Matthew M. Lowe - Draper UT, US
E. Marc Mariani - Salt Lake City UT, US
Michael H. Bourne - Salt Lake City UT, US

Ortho Development Corporation - Draper UT

A61F002/38

425 2, 249 55, 249 61, 264DIG 30, 425DIG 44, 623901

An orthopedic implant device and method is disclosed. Specifically, a knee mold system is disclosed, including elastic tibial and femoral molds, each of which may be configured and dimensioned as a unitary mold for in situ placement during a surgical procedure. Each mold may be manufactured from an elastic material that may be disposable. The tibial mold may further comprise a sidewall forming a cavity, markings for relative depth measurement, and depth rings for use as a guide for scoring, cutting, and/or trimming and tearing away an excess portion of the tibial mold. The femoral mold may further comprise a sidewall defining a cavity, two legs extending from a body of the femoral mold for forming the artificial condyles, and an eyelet for aiding in placement and removal of the femoral mold. The resulting prosthetic tibial and femoral components may form an articulation surface that mimics, at least in part, the natural articulation surface of the knee.