Independent Consulting and Contracts - San Diego, CA since Jan 2010
Consultant / Contractor
Lotus Medical, LLC - San Diego, CA 2006 - Dec 2009
Managing Director
Kinetikos Medical, Inc. - Carlsbad, CA 2004 - 2006
Product Development Manager
Intrinsic Therapeutics, Inc. - Woburn, MA 2001 - 2004
Project Manager
VA Medical Center May 1997 - May 1999
Biomedical Research Engineer
Education:
University of Alabama at Birmingham 1997 - 1999
MS, Biomedical Engineering
Louisiana State University and Agricultural and Mechanical College 1994 - 1997
BS, Civil and Environmental Engineering
Skills:
Intellectual Property Product Development Market Identification Medical Devices R&D Marketing Research Design Control Lifesciences Biomedical Engineering Commercialization Iso 13485 Fda Start Ups Design For Manufacturing Manufacturing Fmea Product Launch Strategy Quality System Clinical Trials Validation Biotechnology V&V Design of Experiments Cross Functional Team Leadership Testing Capa Iso 14971 Capital Equipment Orthopedic Market Development Biomaterials Clinical Development Management Leadership Program Management Strategic Planning U.s. Food and Drug Administration Research and Development Project Management
Interests:
Social Services Children Economic Empowerment Civil Rights and Social Action Education Science and Technology
Jason Ian Partin - Encinitas CA, US Robert J. Ball - San Marcos CA, US Ian A. Trail - Manchester, GB
Assignee:
Integra Lifesciences Corporation - Plainsboro NJ
International Classification:
A61B 17/80
US Classification:
606289
Abstract:
Systems and methods for bone fixation are disclosed. A fixation system can have a planar fixation device and a laterally-fixed fixation apparatus. The planar fixation device can have a planar surface and at least one opening having side walls defining an at least generally cylindrical shape. The laterally-fixed fixation apparatus can have an at least generally cylindrical shaped head portion having outer wall sections at least partially surrounding a central hollow area. The head portion can have an inner bottom surface. An expander hub is provided in the fixation apparatus for positioning at least partially within the central hollow area of the head portion and can be seated at least partially on the inner bottom surface of the head portion. The expander hub is rotatable to force the outer wall sections of the head portion outwardly for engaging and locking the fixation apparatus in place in the opening. The fixation apparatus is further adapted for rotation about a longitudinal axis of the fixation apparatus without lateral toggle movement relative to the planar surface of the planar fixation device.
A bone fixation device includes one or more springs and one or more spacers disposed between two orthopedic structures. The orthopedic structures may comprise screws, rods, plates, or any other orthopedic devices configured to engage bone. The spacer may be absorbable or removable, and may serve to constrain the spring in a compressed or stretched state so that, upon absorption or removal of the spacer, the spring may apply tension or compression to surrounding bone. The device may thereby facilitate healing or bone or remodeling of soft tissues.
Jason Partin - Encinitas CA, US Robert Ball - San Marcos CA, US Daniel Herren - Lengghalde 2, Zurich, CH Peter Hoepfner - Glenview IL, US
International Classification:
A61F 2/42 A61F 2/28
US Classification:
623021110, 623023500
Abstract:
Resorbable medical implants and related methods are disclosed for placement against bone and/or for filling a void such as a void between bones. The resorbable medical implants can be structured and configured as desired, for example, to conform to surfaces of adjacent bones and/or to conform to a desired bone shape for replacement otherwise. Short-term fixation of the resorbable medical implants can advantageously assist in promoting and allowing growth of new bone tissue into the implant as the implant gradually resorbs. The implant can comprise a material that is porous with microscopic and non-microscopic pores. In one aspect, the resorbable implant can be shaped and used as a trapezium bone replacement.