Product Development • R&D • Medical Devices • Design Control • Cross Functional Team Leadership • Process Simulation • Product Launch • Iso 13485 • Fda • Biomedical Engineering • Research and Development • Design of Experiments • Biotechnology • Quality System • Project Management • Leadership • U.s. Food and Drug Administration • Management • Strategic Planning • Commercialization • Manufacturing • Engineering Management • Verification and Validation • Design Patents
Todd E. Goede - Alachua FL, US Arunas A. Zhukauskas - Gainesville FL, US John R. Bianchi - Gainesville FL, US Wesley I. Lewis - Archer FL, US Joe Kutsavage - High Springs FL, US
Arunas A. Zhukauskas - Gainesville FL, US Todd E. Goede - Alachua FL, US Lauren M. Brown - Gainesville FL, US John R. Bianchi - Gainesville FL, US Wesley I. Lewis - Archer FL, US Joe Kutsavage - High Springs FL, US
Todd E. Goede - Alachua FL, US David A. Kilmer - North Miami FL, US
Assignee:
Codman & Shurtleff, Inc. - Raynham MA
International Classification:
A61F 29/00 A61F 11/00
US Classification:
606200, 606108, 623 111
Abstract:
A vasoocclusive embolic delivery system for use in placement of an embolic coil at a treatment site within a vessel. The embolic coil includes an elongated stretch resistant fiber having its distal end bonded to the distal end of the embolic coil. The stretch resistant fiber extends through a central lumen of the coil and extends beyond the proximal end of the coil. Also included is a generally cylindrical stabilization bead, having a diameter slightly smaller than the diameter of the central lumen of the coil, mounted on the stretch resistant fiber within the lumen of the embolic coil. The stabilization bead serves to keep the stretch resistant fiber centered within the lumen of the embolic coil. Additionally, a headpiece is mounted on the proximal end of the stretch resistant fiber and serves to couple the embolic coil to the delivery system.
Arunas A. Zhukauskas - Gainesville FL, US Todd E. Goede - Alachua FL, US Eric J. Schmitt - Gainesville FL, US Lauren M. Brown - Gainesville FL, US Guy B. Grover - Gainesville FL, US Predrag Bursac - Gainesville FL, US Ben R. Sanders - Alachua FL, US
Assignee:
RTI Biologics, Inc. - Alachua FL
International Classification:
A61F 2/08
US Classification:
623 1314, 623 1317
Abstract:
The present technology is related to the field of bone-tendon-bone implants, grafts, and components thereof, for implantation in mammals, particularly for implantation in humans. More particularly, the present technology relates to assembled implants that comprise a length of tendon and at least two bone components or intermediate bone blocks that are assembled to form a bone-tendon-bone implant, and methods of making such implants. In some embodiments, implants of the present technology provide a first grip on the tendon prior to implantation and a second grip during or after implantation. In some embodiments, bone block assemblies or intermediate bone blocks of the present technology have a first geometric configuration prior to implantation and a second geometric configuration during or after implantation.
Stretch Resistant Design For Embolic Coils With Stabilization Bead
Todd E. Goede - Alachua FL, US David A. Kilmer - North Miami FL, US
Assignee:
Codman & Shurtleff, Inc. - Raynham MA
International Classification:
A61M 29/00 A61F 11/00
US Classification:
606200, 606108, 623 111
Abstract:
A vasoocclusive embolic delivery system for use in placement of an embolic coil at a treatment site within a vessel. The embolic coil includes an elongated stretch resistant fiber having its distal end bonded to the distal end of the embolic coil. The stretch resistant fiber extends through a central lumen of the coil and extends beyond the proximal end of the coil. Also included is a generally cylindrical stabilization bead, having a diameter slightly smaller than the diameter of the central lumen of the coil, mounted on the stretch resistant fiber within the lumen of the embolic coil. The stabilization bead serves to keep the stretch resistant fiber centered within the lumen of the embolic coil. Additionally, a headpiece is mounted on the proximal end of the stretch resistant fiber and serves to couple the embolic coil to the delivery system.
Axogen, Inc.
Director of Research and Development
Stryker Jun 2018 - Jul 2019
Senior Manager, Robotics Advanced Operations at Stryker
Lighthouse Six Jun 2018 - Jul 2019
Principal
Rti Surgical Sep 2013 - Jun 2017
Vice President, Global Research and Development
Rti Surgical Aug 2011 - Sep 2013
Executive Director, Research and Development
Education:
Florida International University
Master of Science, Masters, Management, Engineering
University of Florida
Bachelors, Bachelor of Science, Engineering
University of Florida
Master of Science, Masters, Biomedical Engineering
Skills:
Product Development R&D Medical Devices Design Control Cross Functional Team Leadership Process Simulation Product Launch Iso 13485 Fda Biomedical Engineering Research and Development Design of Experiments Biotechnology Quality System Project Management Leadership U.s. Food and Drug Administration Management Strategic Planning Commercialization Manufacturing Engineering Management Verification and Validation Design Patents