Stryker European Holdings I LLC

Meditech Spine, LLC

Brad G Prybis

Steven F Krause

Abram Reitblat

Erika Corbin

Douglas G Pedrick

Eric Flickinger

David Talijan

Robert Bruce Dunaway

Amanda E Shade

A bone plate holder apparatus having a hollow shaft, two or more prongs at a working end, and a rod slidingly disposed within the shaft can be attached with a bone plate such that the prongs interact with a fenestration in the bone plate. When the rod is depressed between the prongs, working surfaces of the prongs grip the interior surfaces of the fenestration, causing the bone plate holder apparatus to lock to the bone plate. Bone plate holder systems including a bone plate holder apparatus and bone plate can be used to install a bone plate in a surgical site in a patient, and the locking and unlocking functionality of the bone plate holder apparatus can permit adjustment of an angle of the bone plate holder apparatus relative to the bone plate with ease during surgery.

Anterior spinal bone plate holding system and method

Devices for retracting tissue during a minimally-invasive, posterior spinal fusion procedure include a blade positionable along a passageway device connected to a connecting element implanted in a vertebra of the spine, such that the blade covers at least a portion of a longitudinal opening of the passageway device. The blade may be coupled to the passageway device by receiving the passageway device with a receiving portion. Systems for displacing the vertebrae of the spine include first and second extenders, the distal ends of each of which are configured to engage the connecting elements. Each extender may include a shaft configured to be securely engaged within a cage of the respective connecting element. The devices and systems of the present invention may be used in connection with an interbody fusion technique performed through an opening extending between the passageway devices, and an intermediate retractor blade may provide additional tissue retraction.

Tissue retraction and vertebral displacement devices, systems, and methods for posterior spinal fusion

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Mableton, GA, United States of America

Brad G Prybis