Abstract: A joint arthrodesis system adapted for use in joint surgeries. Among other things, the joint implant has an anterior cutting edge and a rotatable cutter supported by a rotatable shaft.

Abstract: A joint implant system adapted for use in joint surgeries. Among other things, the joint implant has an anterior cutting edge and a rotatable cutter supported by a rotatable shaft.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Among other things, the biocompatible implant and end cap or biocompatible implant, end cap and spacer combinations can assist with the restoration of the normal anatomic spinal alignment and spinal stability.

Abstract: The present invention is an extendable surgical implant that can be inserted into a surgically created cavity.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Among other things, the biocompatible implant and end cap or biocompatible implant, end cap and spacer combinations can assist with the restoration of the normal anatomic spinal alignment and spinal stability.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Among other things, the biocompatible implant and end cap or biocompatible implant, end cap and spacer combinations can assist with the restoration of the normal anatomic spinal alignment and spinal stability.

Abstract: A spinal implant and an overlay for interlocking with the face of the implant. Grooves and/or channels of the overlay interlock with the face of the implant. The overlay assists in securing the implant within the surgically created cavity.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Among other things, the biocompatible implant and end cap or biocompatible implant, connector and end cap combinations can assist with the restoration of the normal anatomic spinal alignment and spinal stability.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Universal corner posts and one or more lateral universal posts are connected with a series of trapezoidal wedge-like braces. The series of braces includes a centralized brace, a first set of braces extending in a first direction away from the centralized brace and a second set of braces extending in a second direction away from the centralized brace. Embodiments of the current cage also include first and second lateral brakes and an end cap.

Abstract: A system, stabilizer and method for assisting the inhibition of the inward advancement of the surgically implanted spinal implant. The current system, stabilizer and method are particularly useful with spinal cages or other implants having one or more apertures about their perimeters.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Universal corner posts and one or more lateral universal posts are connected with a series of trapezoidal wedge-like dividers. The series of dividers includes a generally horizontal divider, a first set of dividers diverging away from the horizontal and a second set of dividers diverging away from the horizontal. Embodiments of the current cage can further include brakes, bars and superior and inferior plates.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Universal corner posts and one or more lateral universal posts are connected with a series of trapezoidal-like dividers. Embodiments of the cage can also include grips and superior and inferior plates.

Abstract: The present invention is a brace or spinal implant that can be inserted into vertebra that has had a cavity surgically created therein. The trapezoidal shaped spinal implant includes an opening that allows the surgical team to view the dura mater prior to packing the implant with osteogenic substances. Embodiments of the current invention can include brakes, superior and inferior plates which assist with the fixation of the implant to vertebral bone.

Abstract: A stabilizer for receiving an end of a spinal implant. The stabilizer includes a gap that creates a socket for receiving the spinal implant. Bodies of the stabilizer are manufactured in a plurality of shapes. A cover is capable of blocking egress of the spinal implant from the socket.

Abstract: A doughnut-like lumbosacral or intervertebral implant including an asymmetrical opening surrounded by a series of load-bearing curvatures. The doughnut-like implant can include a detachable connector. Preferred embodiments of the doughnut-like implant can include tapered lateral annular-like sides.

Abstract: The present invention is a spinal implant that can be inserted into a surgically created cavity of one or more regions of the mammalian spine. Among other things, the biocompatible implant and end cap or biocompatible implant, connector and end cap combinations can assist with the restoration of the normal anatomic spinal alignment and spinal stability.

Abstract: A doughnut-like lumbosacral or intervertebral implant having an asymmetrical opening surrounded by a series of load bearing sections of distinct curvatures. The doughnut-like implant can include a forwardly projecting arm and plate combination. Preferred embodiments of the doughnut-like implant can include tapered lateral annular-like sides.

Abstract: A spinal implant and an overlay for interlocking with the face of the spinal implant. Grooves and/or channels of the overlay interlock with the face of the implant. The overlay assists in securing the implant within the surgically created cavity.

Abstract: The present invention is a brace or spinal implant that can be inserted into vertebra that has had a cavity surgically created therein. The trapezoidal shaped spinal implant includes an opening that allows the surgical team to view the dura mater prior to packing the implant with osteogenic substances.

Abstract: The present invention is a brace or spinal implant that can be inserted into vertebra that has had a cavity surgically created therein. The trapezoidal shaped spinal implant includes an opening that allows the surgical team to view the dura mater prior to packing the implant with osteogenic substances.