Implants and guides for inserting an implant
A system and a method for performing a spinal procedure configured to minimize the size of the surgical corridor so as to reduce recovery time is provided. The system and method include an implant and a guide. The guide is configured to be disposed within a surgical corridor formed by an instrument. The instrument is removed wherein the muscles may contract onto the guide so as to reduce the surgical corridor, wherein the implant is slid down the surgical corridor between a pair of guide members.
1. A system for performing a minimally invasive spinal procedure, the system including an instrument configured to create a surgical corridor, the system comprising:
an implant having an implant body, the implant body having a superior surface opposite an inferior surface, a pair of grooves disposed on the superior surface and another pair of grooves disposed on the inferior surface, each of the pair of grooves having a depth extending radially into respective superior and inferior surfaces, and each of the grooves in the pair of grooves is spaced apart from each other;
a guide having a pair of guide members, each of the pair of guide members having an elongated body, each of the elongated bodies having an inner surface defining the surgical corridor, each of the pair of guide members further including a pair of ribs extending axially along a respective elongated body, the ribs having a radius greater than the depth of a respective one of the pair of grooves, wherein the ribs are configured to slidingly engage the groove of the implant disposed on the superior and inferior surfaces such that the superior and inferior surfaces of the implant are not in contact with the inner surface of the guide members; and
a clasping mechanism disposed on a proximal end of the guide, the clasping mechanism including a pair of clasping members and configured to detach from each other and space the proximal ends of the guide members away from each other, each of the pair of clasping members including one half of a concentric bore so as to form a through hole when the pair of clasping members are engaged.
2. The system as set forth in claim 1 , wherein each groove of the pair of grooves are spaced apart and parallel to each other.
3. The system as set forth in claim 2 , wherein the pair of clasping members comprise a first cylindrical body portion defining generally one half of a cylindrical body having a first through hole portion and a second cylindrical body portion defining generally another half of the cylindrical body having a second through hole portion.
4. The system as set forth in claim 3 , wherein each of the pair of clasping members further includes a spacer extending from an inner concave portion of the respective first and second cylindrical body portions, each spacer configured to abut against opposing surfaces of the respective first and second cylindrical body portions so as to maintain the proximal ends of the guide members spaced apart from each other and allow distal ends of the guide members to close in on each other.