METHODS AND DEVICES FOR TISSUE GRAFT FIXATION
Methods and devices for tissue graft fixation include fixation devices attached to an adjustable fixation loop of suture without compromising the graft or requiring additional material to complete the repair. Other fixation devices are attachable to an independent adjustable suture system. Adjustable fixation loops minimize slip/creep of the suture within the loop.
1 . A graft suspension device comprising:
a cortical anchor having a plurality of holes; and
an adjustable suture loop construct including a cradle, a first side including a first adjustable suture loop and first free end and a second side including a second adjustable suture loop and second free end; and
a suture passer including a first loop and a second loop wherein the first adjustable suture loop is pre-assembled to the cortical anchor via at least one of the plurality of holes and wherein the second adjustable suture loop and the second free end are pre-assembled to the first loop and the second loop respectively of the suture passer.
2 . The graft suspension device of claim 1 wherein at least one of the plurality of holes is configured to receive the suture passer therethrough.
3 . The graft suspension device of claim 2 wherein the suture passer is configured to thread the second free end through a graft, before threading the second through at least one of the plurality of holes.
4 . The graft suspension device of claim 1 wherein at least one of the plurality of holes is configured to receive the second adjustable loop therethrough to assemble the second adjustable suture loop to the cortical anchor, after the second side has been passed through a graft.
5 . The graft suspension device of claim 1 wherein a first of the plurality of holes is configured to receive the second adjustable loop therethrough to assemble the second adjustable suture loop to the cortical anchor, after the second side has been passed through a graft and wherein a second of the plurality of holes, different than the first of the plurality of holes is configured to receive the suture passer.
6 . The graft suspension device of claim 1 wherein the suture passer loops are continuous loops.
7 . The graft suspension device of claim 1 wherein the suture passer loops are configured to sequentially pass the second free end followed by the second adjustable suture loop through a graft.
8 . The graft suspension device of claim 1 wherein the first and second loops are different sizes.
9 . The graft suspension device of claim 1 wherein the suture passer includes a threading member and wherein the first loop is configured to couple directly to the second adjustable suture loop and hold the second adjustable suture loop a first distance from the threading member, and the second loop is configured to couple directly to the second free end and hold the second free end a shorter distance than the first distance from the threading member.
10 . The graft suspension device of claim 1 wherein the suture passer includes a threading member and wherein the first and second loops extend different maximum distances from the threading member.
11 . The graft suspension device of claim 1 wherein the suture passer includes a threading member and wherein the first and second loops are both cinched at a threading member connecting end.
12 . The graft suspension device of claim 1 wherein the first and second loops are formed without knots.
13 . The graft suspension device of claim 1 wherein the second free end includes a finger loop and wherein the second loop of the suture passer is enclosed around the finger loop.
14 . A graft suspension device comprising:
a cortical anchor having a plurality of holes extending through a thickness of the cortical anchor; and
an adjustable suture loop construct including a cradle, a first side including a first adjustable suture loop and first free end and a second side including a second adjustable suture loop and second free end;
a suture passer having a first loop and a second loop, wherein the first adjustable suture loop is pre-assembled to the cortical anchor via the plurality of holes and wherein the second adjustable loop is preassembled to the first suture passer loop and the second free end is pre-assembled the second suture passer loop, the first and second loop configured to axially space the second free end from the second adjustable suture loop while passing the second side through a graft.
15 . The graft suspension device of claim 14 wherein at least one of the plurality of holes is configured to receive the suture passer therethrough.
16 . The graft suspension device of claim 14 wherein a first and a second of the plurality of holes is configured to receive the second adjustable loop therein configured to assemble the second adjustable suture loop to the cortical anchor, after the second side has been passed through a graft and wherein another of the plurality of holes, different than the first and second of the plurality of holes, is configured to receive the suture passer therethrough.
17 . The graft suspension device of claim 14 wherein the first and second loops have different loop sizes to each other.
18 . The graft suspension device of claim 14 wherein the suture passer includes a threading member and wherein the first and second loops extend different maximum distances from the threading member.
19 . The graft suspension device of claim 1 wherein the second free end includes a finger loop and wherein the second loop of the suture passer construct is enclosed around the finger loop.