Implant devices and fabrication methods for implant devices

A method of repairing a subject's tissue with an implant device, the method comprising:

• tensioning a first preloaded suture at least partially disposed within a first preformed channel of a plurality of preformed channels of the implant device, the first preformed channel disposed along a longitudinal axis of the implant device from a proximal end opposite a distal end and configured to accommodate transmission of the first preloaded suture through the first preformed channel;
• tensioning a second preloaded suture at least partially disposed within a second preformed channel of a plurality of preformed channels of the implant device, the second preformed channel disposed along the longitudinal axis of the implant device from the proximal end opposite the distal end and configured to accommodate transmission of the second preloaded suture through the second preformed channel;
• connecting the distal end of the implant device to at least a first part of the tissue via a first length of the first preloaded suture extending from the first preformed channel at the distal end and via a second length of the second preloaded suture extending from the second preformed channel at the distal end;
• and
• connecting the proximal end of the implant device to at least a second part of the tissue via a second length of the first preloaded suture extending from the first preformed channel at the proximal end and via a second length of the second preloaded suture extending from the second preformed channel at the proximal end,
• the distal end and the proximal end being connected by a substrate of the implant device,
• the substrate configurable to immobilize autologous blood between the first and second parts of the tissue and form and maintain a clot between the first and second parts of the tissue.

An implant device for repairing a subject's tissue, the implant device comprising:

• a first preloaded suture at least partially disposed within a first preformed channel of a plurality of preformed channels of the implant device, the first preformed channel disposed along a longitudinal axis of the implant device from a proximal end opposite a distal end and configured to accommodate tensioning and transmission of the first preloaded suture through the first preformed channel;
• a second preloaded suture at least partially disposed within a second preformed channel of the plurality of preformed channels of the implant device, the second preformed channel disposed along the longitudinal axis of the implant device from the proximal end opposite the distal end and configured to accommodate tensioning and transmission of the second preloaded suture through the second preformed channel;
• wherein the distal end of the implant device is connectable to at least a first part of the tissue via a first length of the first preloaded suture extending from the first preformed channel at the distal end and via a second length of the second preloaded suture extending from the second preformed channel at the distal end;
• and
• wherein the proximal end of the implant device is connectable to at least a second part of the tissue via a second length of the first preloaded suture extending from the first preformed channel at the proximal end and via a second length of the second suture extending from the second preformed channel at the proximal end,
• a substrate of the implant device being disposed between the distal end and the proximal end,
• the substrate configured to immobilize autologous blood between the first and second parts of the tissue and form and maintain a clot between the first and second parts of the tissue.