Abstract: The present invention provides a bioabsorbable, polymeric mesh implant for the fixation of bone fragments and bridging of bone defects or gaps. The bioabsorbable, polymeric mesh includes a plurality of openings and connectors, where each opening is connected to another opening by a connector. In addition, the bioabsorbable polymeric mesh is deformable at room temperature without breaking. The present invention also include embodiments drawn to methods of using the bioabsorbable, polymeric mesh implant. In an embodiment of the present invention, the method includes applying the bioabsorbable, polymeric mesh implant to a damaged bone area, the damaged bone area, which is curved, concave, convex, angular, spherical, or any combination thereof. Another embodiment of the present invention, substitutes the bioabsorbable, polymeric mesh implant including a film, for the mesh.

Abstract: In the present invention, a bioabsorbable implant is described, which may be manufactured of bioabsorbable polymer, copolymer, polymer alloy or fiber reinforced and/or particle filled composite, and which may be pushed into a hole or drill canal made in bone, for fixing a soft tissue graft into the drill hole. The implant of the present invention includes an body having an outer surface which comprises at least one gripping element to lock the implant directly into the drill hole, and at least one recess for receiving soft tissue grafts.

Abstract: A biodegradable implant for installation in living tissue having a first section made from a first bioabsorbable material and a second section made from a second bioabsorbable material, wherein the first and second sections are connected, the first section having a first rate of degradation in living tissue and a first rate of expansion in living tissue and the second section having a second rate of degradation in living tissue and a second rate of expansion in living tissue.

Abstract: A device for inserting a stent in a body cavity, particularly useful for inserting a stent into a human male urethra to treat prostatic hyperplasia, whereby such device has an elongated member for removably receiving a stent and means capable of protruding from the member to either locate an obstruction, such as the sphincter muscle, in the body cavity or to prevent the stent from sliding off of the member, or both.

Abstract: The present invention provides a surgical fastener made of a bioabsorbable elastomeric material for the repair of tissues. The fastener may be elongated, thereby creating a compression force across or within the tissue being repaired. The present invention also includes embodiments drawn to methods of using the surgical fastener, such as applying the surgical fastener to a ruptured meniscus or using the surgical fastener to attach a fibrous implant or tissue transplant on or in a living tissue.

Abstract: A surgical implant comprising biodegradable polymer interspersed with ceramic particulate that is visible to radioscopy.

Abstract: A fastener for repairing tissue or for attaching generally fibrous matter to tissue comprising a shaft comprising a curved, tapered proximal end configured to arrest the movement of the fastener in the distal direction, and a distal portion having protrusions for allowing movement in the distal direction and arresting movement in the proximal direction.

Abstract: The Applicants' invention is a bioactive, biocompatible, bioabsorbable surgical composite that is fabricated bioabsorbable polymers, copolymers or polymer alloys that are self-reinforced and contain ceramic particles or reinforcement fibers, and also can be porous. The composite of the invention can be formed into devices like pins, screws, plates, tacks, bolts, intramedullary nails, suture anchors, staples, and many other devices, all of which are useful in bone-to-bone, soft tissue-to-bone or soft tissue-to-soft tissue fixation or in fixation of bioabsorbable and/or biostable implants in or on bone or soft tissue.

Abstract: The invention relates to a biodegradable implant or the like manufactured of polymer-based material and intended to be installed in tissue conditions. In the macroscopic structure of the implant two or several zones are created in a manner that the biodegradable polymer-based material has in different zones a different detaching time from the macroscopic structure under tissue conditions.