Rodney A Gabriel MD Inc 444 S San Vicente Blvd Suite 603, Los Angeles, CA 90048
Cedars - Sinai Medical Center 8700 West Beverly Boulevard, West Hollywood, CA 90048
Education:
Medical School University Of California, San Diego, School Of Medicine Graduated: 1983 Medical School Lac King/Drew Med Center Graduated: 1983 Medical School Mount Zion M C University Ca Graduated: 1983
Internal Derangement of Knee Internal Derangement of Knee Cartilage Intervertebral Disc Degeneration Rotator Cuff Syndrome and Allied Disorders Cholelethiasis or Cholecystitis
Languages:
English
Description:
Dr. Gabriel graduated from the University of California, San Diego School of Medicine in 1983. He works in Los Angeles, CA and specializes in Orthopaedic Surgery and Orthopedic Sports Medicine. Dr. Gabriel is affiliated with Cedars-Sinai Medical Center and Shriners Hospitals For Children Los Angeles.
American Board of Orthopaedic Surgery Certification in Orthopaedic Surgery American Board of Orthopaedic Surgery Sub-certificate in Orthopaedic Sports Medicine (Orthopaedic Surgery)
License Records
Rodney Octave Gabriel
Address:
8601 Broadway #2231, Houston, TX 77061
Phone:
7136459413
License #:
18067 - Active
Category:
A/C Contractor
Expiration Date:
Jun 5, 2017
Organization:
GABRIEL MECHANICAL SERVICES
Us Patents
Disposable Receptacle For Removing Blades From A Scalpel
A disposable device for removing a blade from the tang of a surgical scalpel on which the blade has been removably affixed, said device comprising a rectangular plastic receptacle at least partially vertically oriented and formed of two interlocking facing halves to define an axial recess extending from the upper face of the device to terminate above the lower end of the receptacle, said recess having internal ramps and projections which disengage the blade from the tang upon insertion of the blade and tang into the recess, followed by withdrawal of the scalpel tang.
A z-shaped surgical device including a handle and a rod secured to the handle having: a first elongate segment at a proximal end thereof; a second elongate segment angled with respect to the first segment; and a third elongate segment angled with respect to the second segment. In the illustrative application, the invention provides an arthroscopic meniscus tissue repair suture passer device that penetrates tissue with its distal tip in one direction and utilizes a needle or similar part to penetrate tissue in the opposite direction placing a suture around the torn tissue. The device has an extended z-shaped shape distally that facilitates placement of a suture around torn meniscus tissue with a novel single stroke relative to the prior art. The z-shaped angles are extended for improved access, maneuverability and passage of the device to and through tissue including but not limited to meniscus and other tissue, around meniscus and other tissue, into open and tight spaces between joints and other bodily spaces, and in difficult to access spaces in joints and other compartments.