| MedicineLodge, Inc. Patent applications |
| Patent application number | Title | Published |
|---|
| 20100145393 | MEDICAL AND DENTAL POROUS IMPLANTS - A porous PEEK implant system which may provide tissue ingrowth throughout the body of the implant. The implant may comprise a solid or porous PEEK core. The porous PEEK implants may be of general shape and size but provide the structure necessary to carry out the function of the implant. The porous PEEK implant pores may be seeded with agents to encourage tissue ingrowth as well as other agents such as antibiotics, anesthetics, analgesics and the like. | 06-10-2010 |
| 20100010497 | SYSTEM AND METHOD FOR MENISCAL REPAIR THROUGH A MENISCAL CAPSULAR TUNNEL - A system for open or arthroscopic surgical repair of torn or damaged meniscal tissue has a repair member and an instrument. The repair member is a suture, flexible or rigid implant. The instrument has at a portion that is shaped to slide within a meniscal capsular tunnel. The meniscal capsular tunnel is an opening in the knee soft tissue passing from the anterior side of the knee adjacent to the mensical tissue to the posterior side of the knee in both the medial and lateral directions. The instrument interacts with the repair member to either insert it into the meniscus from the posterior side, or to facilitate securing of the repair member so that the repair member holds the meniscal tissue together on either side of a meniscal tear to foster healing of the damaged tissue. | 01-14-2010 |
| 20090204127 | SYSTEM AND METHOD FOR TYING SURGICAL KNOTS - A system and method for passing a suture through a tissue and tying a surgical knot. The system may comprise a suture and a first and a second arm. The first arm may comprise a needle and the second arm may comprise a tube configured to allow the needle of the first arm to pass through. One end of the suture may be wrapped around the tube and the other end of suture secured to the needle. The arms may engage. The needle and suture may pass through the tube and the portion of the suture wrapped around the tube. A knot is formed with the suture. The suture may be secured to the opposite site of the arm with the needle. The arms may disengage which may remove the needle from the tube. The knot may be tensioned by pulling on opposite ends of the suture in opposite directions. | 08-13-2009 |
| 20080255669 | INTERSPINOUS PROCESS SPACERS - Interspinous implants including a spacer configured to fit between first and second adjacent spinous processes of a human spine, to maintain a minimum separation between the spinous processes. An implant also includes a fixation portion coupled to the spacer, in which the fixation portion engages at least one spinous process to hold the spacer in a stable position relative to the spinous process. An implant may be monolithic, non-fillable, and may be inserted between the spinous process from a lateral approach. The fixation portion may be configured as a bracket which can substantially encircle the spinous process, or as flanges which engage lateral sides of the spinous process(es). The spacer may be resilient, and may be expandable along the anterior/posterior direction between the spinous processes. An implant may provide resilient resistance during extension, and/or a uniform extension stop between the spinous processes. | 10-16-2008 |
| 20080255668 | INTERSPINOUS PROCESS SPACERS - Interspinous implants including a spacer configured to fit between first and second adjacent spinous processes of a human spine, to maintain a minimum separation between the spinous processes. An implant also includes a fixation portion coupled to the spacer, in which the fixation portion engages at least one spinous process to hold the spacer in a stable position relative to the spinous process. An implant may be monolithic, non-fillable, and may be inserted between the spinous process from a lateral approach. The fixation portion may be configured as a bracket which can substantially encircle the spinous process, or as flanges which engage lateral sides of the spinous process(es). The spacer may be resilient, and may be expandable along the anterior/posterior direction between the spinous processes. An implant may provide resilient resistance during extension, and/or a uniform extension stop between the spinous processes. | 10-16-2008 |
