Patent ID: 8043341

Claim:
A spinal fixation system comprising: spinal fixation instrumentation comprising one or more longitudinal members, one or more pedicle screws, and one or more first connectors for attaching longitudinal members to pedicle screws; at least one pillar having a proximal and a distal end, wherein said distal end terminates at a surface that forms an oblique plane relative to the longitudinal axis of said pillar, wherein said oblique plane surface at said distal end comprises one or more anchoring members to engage an endplate of a vertebra, wherein said anchoring members protrude from said oblique plane surface, wherein said proximal end is adapted to engage a connector; and at least one second connector configured to attach the proximal end of said pillar to said spinal fixation instrumentation, wherein said pillar is configured to be inserted through a compromised vertebra such that said proximal end is connected to said spinal fixation instrumentation and said oblique plane surface at said distal end is flush with the endplate of a vertebra immediately above or below said compromised vertebra, wherein said anchoring members are configured to be impacted into said endplate so as to secure said pillar, wherein installation of said at least one pillar in conjunction with said spinal fixation instrumentation serves to reduce the axial load placed on said spinal fixation instrumentation.