Abstract: An oblique interbody spacer system includes a spacer body, a fixation plate and a plurality of angled fixation channels. The fixation plate is integrated with the spacer body such that the spacer body and fixation plate form a singular component for insertion. The implant can be affixed to the superior and inferior vertebral bodies with screws obliquely (in the range of about 30° from straight anterior).

Abstract: A stabilization system includes one or more leverage members configured to be mounted to a vertebra. The one or more leverage members are further configured to allow a user to manipulate the vertebra to a desired position. The stabilization system also includes a mounting bracket configured to mount to the one or more leverage members such that the one or more leverage members are immobilized. The mounting bracket is mounted to a support.

Abstract: A spine stabilization device is placed between adjacent vertebral bodies of the vertebrae of a spine to effect a reduction and to support the adjacent vertebral bodies for fusion at the desired alignment and spacing. The stabilization device includes a first plate adapted for fixation to one of the adjacent vertebral bodies, a second plate adapted for fixation to the other, or both, of the adjacent vertebral bodies, an adjustable connector connecting the first and second plates and an intervertebral body attached to the second plate and having an intervertebral extension adapted for insertion between the adjacent vertebral bodies.

Abstract: A stabilization system includes one or more leverage members configured to be mounted to a vertebra. The one or more leverage members are further configured to allow a user to manipulate the vertebra to a desired position. The stabilization system also includes a mounting bracket configured to mount to the one or more leverage members such that the one or more leverage members are immobilized. The mounting bracket is mounted to a support.

Abstract: A spine stabilization device is placed between adjacent vertebral bodies of the vertebrae of a spine to effect a reduction and to support the adjacent vertebral bodies for fusion at the desired alignment and spacing. The stabilization device includes a first plate adapted for fixation to one of the adjacent vertebral bodies, a second plate adapted for fixation to the other, or both, of the adjacent vertebral bodies, an adjustable connector connecting the first and second plates and an intervertebral body attached to the second plate and having an intervertebral extension adapted for insertion between the adjacent vertebral bodies.