An apparatus () and method are provided for supporting an adjacent pair of vertebra () relative to each other by anchoring a support frame () to the superior spinous process () and the inferior spinous process () of two adjacent vertebra (); and anchoring the support frame () to either the superior facets () or inferior facets () of the two adjacent vertebrae ().
Surgical Scaffold To Enhance Fibrous Tissue Response
Marc Peterman - Austin TX, US David Hooper - Austin TX, US Abhijeet Joshi - Austin TX, US Peter Tarcha - Lake Villa IL, US
International Classification:
A61F 2/44
US Classification:
623 1711
Abstract:
Some embodiments of the present disclosure relate to an implantable device for the closure and/or repair of a spinal defect (e.g., posterior annular defects) and/or preventing recurring herniation. An implantable medical device, in some embodiments, may be coated or impregnated with a releasable pharmaceutical compound. Accordingly, some embodiments of the present disclosure relate to compositions that include one or more pharmaceutical compounds. In addition, some embodiments of the disclosure relate to methods for making and using compositions and medical implants. A spinal implant may include, for example, a scaffold having a substantially planar surface; and a plurality of tails, each of which has a first end that is attached to the scaffold and a second end that is configured and arranged to be threaded through a respective perforation in a vertical body, wherein the scaffold comprises a pharmaceutically effective amount of a pharmaceutical agent.
Brian J. Bergeron - Austin TX, US Charles R. Forton - Leander TX, US Abhijeet B. Joshi - Austin TX, US
International Classification:
A61B 17/70
US Classification:
606254, 606257
Abstract:
A fixation or implant system () is provided for supporting a spinal column () and includes a pair of dynamic spinal rods () that are fixed on laterally opposite sides of the spine (). The rods () are configured to allow an initial range of spinal motion and to resist spinal motion beyond the initial range.
Injectable Copolymer Hydrogel Useful For Repairing Vertebral Compression Fractures
Embodiments of the present invention provide a biocompatible substance useful for repairing a vertebral compression fracture (VCF). The biocompatible substance can be made from two or more biocompatible polymeric hydrogels via physical cross-linking. The biocompatible substance thus made exhibits a lower critical solution temperature (LCST) phenomenon and undergoes volume and stage changes with temperature in the range of 25 C.-34 C. The biocompatible substance can be in liquid injectable form at room temperature, can cure within the human body without damaging living tissues, does not release toxic monomers during surgery, and, once cured, has optimum mechanical properties that match those of a human cancellous bone. It can be used alone in minimally invasive procedures or in combination with other spine treatments.
Implantable Device And Methods For Repairing Articulating Joints For Using The Same
Embodiments of the invention provide an implantable device having a bioresorbable outer layer and a bioactive inner core. The outer layer can be porous, allowing material to pass through and bond with bones. After placement, the outer layer will dissolve into the body over time. The bioactivity, bonding ability, and mechanical properties can be manipulated in many ways. The size, shape, and number of the implantable device may vary, depending upon needs and applications. The implantable device can be introduced into the articulating joint with minimal invasion to act as both a cushion and a load-bearing device, alleviating pain associated with degenerative facet joints, eliminating the need for fusion/fixation procedures, and preserving/restoring the natural function of articulating surfaces.
Embodiments of the disclosure provide an anisotropic spinal stabilization rod useful for connecting a set of bone fasteners that can anchor a spinal stabilization system onto vertebral bodies. The anisotropic spinal stabilization rod comprises a linear body made of a composite material with fibers selectively oriented in one or more directions to approximate a range of motion of a healthy spine.
Devices, Systems, And Methods For Delivery Of A Pharmaceutical To A Subject's Spine
Peter Tarcha - Lake Villa IL, US Abhijeet Joshi - Austin TX, US Brian Bergeron - Austin TX, US Diana Martinez - Austin TX, US Marc Peterman - Austin TX, US
The present disclosure relates, according to some embodiments, to devices, systems, and/or methods for delivery (e.g., controlled delivery) of a pharmaceutical to a subject's spine. For example, the disclosure relates to implants that provide both a mechanical function and a pharmacological function. According to some embodiments, a spinal implant may comprise a rigid spinal implant body having one or more recesses, one or more layers in each of the one or more recesses, each of the one or more layers comprising a biocompatible material and a pharmaceutically effective amount of a pharmaceutical compound; and at least one biocompatible cap in each of the one or more recesses. An implant may further comprise biocompatible barriers interspersed between the layers.
Compositions, Devices, Systems, And Methods For Inhibiting An Inflammatory Response
Peter Tarcha - Lake Villa IL, US Abhijeet Joshi - Austin TX, US Brian Bergeron - Austin TX, US Diana Martinez - Austin TX, US
International Classification:
A61B 17/58
US Classification:
606280, 606246
Abstract:
The present disclosure relates, according to some embodiments, to compositions, devices, systems, and methods for inhibiting an inflammatory response (e.g., an inflammatory response associated with spinal surgery). For example, some embodiments of the present disclosure may reduce and/or eliminate an inflammatory response associated with friction between a soft tissue and an implant and/or between a soft tissue and a hard tissue.
Edwards Lifesciences
Director - R and D Engineering
Zimmer Biomet Oct 2008 - Dec 2011
Development Engineering Manager
Abbott Nov 2006 - Oct 2008
Manager - R and D
Replication Medical Inc May 2004 - Apr 2005
Engineering Manager
Drexel University Jan 2001 - Mar 2004
Research Fellow
Education:
Project Management Institute 2008 - 2008
PMP, Project Management
Drexel University 2001 - 2004
Ph.D., Materials Science & Engineering
Shivaji University 1993 - 1997
B.E., Mechanical Engineering
Skills:
Biomechanics Biomaterials Finite Element Analysis Medical Devices Design Control Biomedical Engineering R&D Mentoring Project Management Design Review Product Development Six Sigma Fda Ip Review and Management Ip Creation Regulatory Submissions Mechanical Testing Spine Heart Valves Abaqus Design of Experiments Lean Manufacturing Testing V&V Engineering Design For Manufacturing Capa Iso 13485 Cross Functional Team Leadership Quality System Validation Product Launch Fmea Manufacturing Research and Development Iso 14971 Management Strategy Engineering Management Leadership Commercialization Market Development
Eaton Corporation - Business Analyst- Corporate (2012) Affinity Express - Lead Analyst (2010-2012) Infosys - System Engineer (2008-2010)
About:
It is difficult to converse with people who never studied physics....
Tagline:
In life, we all have an unspeakable secret, an irreversible regret, an unkept promise, an unheard request, an irreplaceable loss, an unreachable dream n an unforgettable first love…still, life is about being happy anyhow…everything in life can be summed up in just three words- IT GOES ON !!!
Abhijeet Joshi
Education:
Kit's coek - Environmental engg
Relationship:
Single
Abhijeet Joshi
Education:
Dr. kalmadi shamrao high school - Engineering
Abhijeet Joshi
Relationship:
Single
About:
I am a dreamer!!!
Tagline:
I am Dreamer!!!
Abhijeet Joshi
Work:
AIESEC Surat - Team Leader - Communications and Marketing