Patent ID: 8840619

Claim:
A method of allograft transplantation, the method comprising: providing a drill guide with a handle and a body, the body having first and second holes that extend through the body, the first hole being circular and the second hole being oblong, the first and second holes having respective centers; placing a first sleeve within the first hole, the first sleeve being circular and having a cannulation with a center which is aligned with the center of the first hole, such that the first sleeve is placed in a fixed location; placing a second sleeve within the second hole, the second sleeve having a cannulation with a center which is offset with respect to the center of the second hole, wherein a first line that intersects the centers of the first and second holes in a direction perpendicular to an axis of the body is non-parallel with a second line, co-planar with the first line, that intersects the centers of the cannulations of the first and second sleeves in the direction perpendicular to the axis of the body; placing a first guide pin within the cannulation of the first sleeve and into the bone and placing a second guide pin within the cannulation of the second sleeve and into the bone; subsequently, removing the drill guide leaving the first and second guide pins in the bone; using a first reamer having a first diameter over the first guide pin to create a first channel in the bone; using a second reamer, having a diameter larger than the first diameter, over the second guide pin to create a second channel in the bone, the second channel overlapping or intersecting the first channel and having a larger diameter than the first channel; forming a dovetail shaped groove in the bone shaped to accommodate a dovetail shaped allograft by removing bone from the edges of the overlapping first and second channels; and inserting the dovetail shaped allograft into the dovetail shaped groove.