Kornel
Amiel M. Kornel, San Francisco, CA US
Patent application number | Description | Published |
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20090299760 | SYSTEM AND METHOD FOR MAXIMIZING THE EFFICIENCY AND EFFECTIVENESS OF NONPROFIT SCIENTIFIC AND OTHER RESEARCH - A computer-implemented system for the exchange of proposed scientific and other research projects and the submission of solutions to such projects. The system facilitates the posting of proposed research projects and the submission of solutions to such projects prepared by interested researchers. The solutions are reviewed according to criteria specified by the research proposal, and, in the event the solutions are accepted, compensation may be paid to the researcher upon transfer of the intellectual property rights in the solution. Subsequent dissemination of the information to the public is also contemplated. | 12-03-2009 |
Ezriel Kornel, Bedford Hills, NY US
Patent application number | Description | Published |
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20140207191 | System and Method for Performing Spinal Stabilization - A system and method for performing percutaneous spinal stabilization, comprising inserting a k-wire into skin and tissue proximal to the spine; drilling the k-wire into and through the spinous process, creating a narrow aperture therethrough; inserting one or more cannulas over the k-wire, through the skin and tissue and towards said bone, a second cannula configured to fit over the first; removing all but the outermost cannula, thereby creating a working channel through the skin and tissue, providing unobstructed access to the bone; inserting into the channel a screwdriver comprising a preferably flexible shaft long enough to extend through the cannula to the bone, and having releasably attached to the end a screw with external screw threads; and drilling one or more screws into and through the bone for securement to a cap secured to a hollow, oval, flat stabilizing plate positioned on the opposite side of the bone. | 07-24-2014 |
Ezriel E. Kornel, Bedford Hills, NY US
Patent application number | Description | Published |
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20130253591 | Percutaneous posterolateral spine fusion - A method, tools, and system for performing a percutaneous or minimally invasive spine fusion procedure are provided. A trocar and then dilator are used to create a channel for a hollow and longitudinally slit delivery tube. The method includes inserting a decorticator, such as a rasp, via a delivery tube, decorticating a first region of a first bone associated with a spine, and pushing a bone fusion substance via the delivery tube to the region to fuse the first region with a second region of a second bone associated with the spine. The spine fusion may be a posterolateral fusion and the first region may be a transverse process region of a lumber spine. The bone fusion substance may be pushed using a pusher instrument inserted into the delivery tube, and the delivery tube may be removed while the pusher instrument is held in place to direct the bone fusion substance. | 09-26-2013 |