Tissue repair assembly and system with soft anchoring implant
Tissue repair systems which use knotless all-suture anchors and have the ability to lock multiple repair sutures within the anchor construct. The anchor construct includes a tension suture wrapped or looped upon itself to create an open eyelet, through which multiple repair sutures originating in soft tissue are passed. The location of the eyelet may be anywhere inside the all-suture anchor or adjacent to the exterior of the anchor body. Tensioning of the tension suture causes the eyelet to restrict movement of the repair sutures and secures them within or against the anchor body.
1. A tissue repair assembly for knotlessly locking a repair tissue to a bone comprising:
an anchoring implant formed of a suture material having a proximal end, a distal end, and a longitudinal axis extending therebetween;
a first suture having a first length portion and a second length portion continuous with the first length portion, the first length portion coupled to the anchoring implant such that an end of the suture first length portion exits the anchoring implant proximal end, the second length portion formed in a knot having at least one eyelet; and
a second suture;
wherein tensioning the first length portion end is configured to change the anchoring implant from an elongate configuration to a deployed configuration;
wherein tensioning the first length portion end is also configured to change the knot from an unlocked configuration that slidingly receives the second suture through the at least one eyelet to a locked configuration that locks the second suture and inhibits it from sliding therethrough.
2. The tissue repair assembly of claim 1 wherein tensioning the first length portion end is configured to simultaneously change the anchoring implant to the deployed configuration and the knot to the locked configuration.
3. The tissue repair assembly of claim 1 wherein tensioning the first length portion end to change the anchoring implant to the deployed configuration and the knot to the locked configuration defines a final knotless repaired configuration and in the final knotless repaired configuration, the first suture is coupled to the anchoring implant and the knot is fixed in place relative to the anchoring implant.
4. The tissue repair assembly of claim 1 wherein the first length portion is coupled to the anchoring implant via repeated interweaving through a wall of the anchoring implant.
5. The tissue repair assembly of claim 1 wherein the knot is external to the anchoring implant and is configured such that tensioning the first length portion end changes the configuration of the knot and also draws the knot against but external to a lumen of the anchoring implant.
6. The tissue repair assembly of claim 1 , wherein the knot is a locking knot.
7. The tissue repair assembly of claim 1 , further comprising a suture passer, disposed through the at least one eyelet, configured to draw the second suture therethrough.
8. The tissue repair assembly of claim 1 further comprising a tissue repair delivery system operatively coupled to the first length portion end for tensioning the first length portion end to increase a locking force of the lock between the second suture and the knot.
9. The tissue repair assembly of claim 1 wherein the at least one eyelet includes a plurality of eyelets formed in a spiral.
10. The tissue repair assembly of claim 1 wherein the at least one eyelet is wrapped around a tubular shaft in the unlocked configuration.
11. A tissue repair assembly for knotlessly locking a first tissue to a second tissue comprising:
an anchoring implant formed of a suture material having a proximal end, a distal end, and a longitudinal axis extending therebetween;
a first suture having a first length portion and a second length portion continuous with the first length portion, the first length portion coupled to the anchoring implant such that an end of the suture first length portion exits the anchoring implant proximal end, the second length portion formed in a knot having at least one eyelet; and
a second suture;
wherein tensioning the first length portion end is configured to change the anchoring implant from an elongate configuration to a deployed configuration;
wherein tensioning the first length portion end is configured to change the knot from an unlocked configuration that slidingly receives the second suture through the at least one eyelet to a locked configuration that locks the second suture and inhibits it from sliding therethrough, the knot remaining in a fixed location relative to the anchoring implant during tensioning.
12. The tissue repair assembly of claim 11 wherein tensioning the first length portion end is configured to simultaneously change the anchoring implant to the deployed configuration and the knot to the locked configuration.
13. The tissue repair assembly of claim 11 wherein tensioning the first length portion end to change the anchoring implant to the deployed configuration and the knot to the locked configuration defines a final knotless repaired configuration and in the final knotless repaired configuration, the first suture is coupled to the anchoring implant and the knot is drawn against the anchoring implant.
14. The tissue repair assembly of claim 11 wherein the first length portion is coupled to the anchoring implant via repeated interweaving through a wall of the anchoring implant.
15. The tissue repair assembly of claim 11 wherein the knot is external to the anchoring implant and the knot is configured such that tensioning the first length portion end changes the configuration of the knot and retains the knot against but external to a lumen of the anchoring implant.
16. The tissue repair assembly of claim 11 , wherein the knot is a locking knot.
17. The tissue repair assembly of claim 11 , further comprising a suture passer, disposed through the at least one eyelet, configured to draw the second suture therethrough.
18. The tissue repair assembly of claim 11 further comprising a tissue repair delivery system operatively coupled to the first length portion end for tensioning the first length portion end and increase a locking force of the lock between the second suture and the knot.
19. The tissue repair assembly of claim 11 wherein the at least one eyelet includes a plurality of eyelets formed in a spiral.
20. The tissue repair assembly of claim 11 wherein the at least one eyelet is wrapped around a tubular shaft in the unlocked configuration.