Abstract: A device for suture thread cutting, containing: an external tube having a slot with a distal first edge; an internal cutter having an opening with a second edge, the wherein the slot and opening together form a pathway which guides the suture thread; wherein the internal cutter is positioned and is fitted inside the external tube; wherein the external tube and the internal cutter are movable relative to each other whereby the first and second edges are movable from a first position, in which the first and second edges are spaced a first distance apart, to a second position, in which the first and second edges are spaced a second distance apart, the first distance larger than the second distance, wherein in the first position the suture thread is retained within the slot and wherein in the second position the suture thread is cut between the first and second edges.

Abstract: A kit (4000, 5100) including a guiding system and a cannulated bone material removal device, the bone material removal device (4004, 5200) having a longitudinal shaft (4024, 5202) and comprising on the longitudinal shaft a radially expandable cutting portion (4028, 5208) having a longitudinally-oriented cutting edge (2124), the radial expansion comprising an increase of a cross-sectional diameter of the bone material removal device at the longitudinal position of the expandable cutting portion; and the guiding system including an arcuate element (4008, 5102), a guiding element (4010, 5104) configured to be attached to the arcuate element, and a cannula (4002, 5106), slidably insertable into a portion of the arcuate element; wherein the bone material removal device is axially displaceable within said cannula. The kit can be used in anterior cruciate ligament (ACL) reconstruction.

Abstract: A method of forming a channel in a bone, the method comprising: providing a first bore in the bone; and forming, a second bore in the bone at a predefined angle from said first bore, using said first bore as a reference point for defining the location of the second bore in the bone, wherein the first and second bores intersect in the bone.

Abstract: A method of forming a channel in a bone, the method comprising: providing a first bore in the bone; and forming, a second bore in the bone at a predefined angle from said first bore, using said first bore as a reference point for defining the location of the second bore in the bone, wherein the first and second bores intersect in the bone.

Abstract: A kit (4000, 5100) including a guiding system and a cannulated bone material removal device, the bone material removal device (4004, 5200) having a longitudinal shaft (4024, 5202) and comprising on the longitudinal shaft a radially expandable cutting portion (4028, 5208) having a longitudinally-oriented cutting edge (2124), the radial expansion comprising an increase of a cross-sectional diameter of the bone material removal device at the longitudinal position of the expandable cutting portion; and the guiding system including an arcuate element (4008, 5102), a guiding element (4010, 5104) configured to be attached to the arcuate element, and a cannula (4002, 5106), slidably insertable into a portion of the arcuate element; wherein the bone material removal device is axially displaceable within said cannula. The kit can be used in anterior cruciate ligament (ACL) reconstruction.

Abstract: A kit (4000, 5100) including a guiding system and a cannulated bone material removal device, the bone material removal device (4004, 5200) having a longitudinal shaft (4024, 5202) and comprising on the longitudinal shaft a radially expandable cutting portion (4028, 5208) having a longitudinally-oriented cutting edge (2124), the radial expansion comprising an increase of a cross-sectional diameter of the bone material removal device at the longitudinal position of the expandable cutting portion; and the guiding system including an arcuate element (4008, 5102), a guiding element (4010, 5104) configured to be attached to the arcuate element, and a cannula (4002, 5106), slidably insertable into a portion of the arcuate element; wherein the bone material removal device is axially displaceable within said cannula. The kit can be used in anterior cruciate ligament (ACL) reconstruction.

Abstract: A suture capturing device configured to attain multiple preset orientations, comprising: a handle; a hollow shaft coupled to said handle; a rigid needle element configured with a hook for catching a suture and where the needle element is operatively coupled to the hollow shaft opposite the handle and configured to be slidable in a first direction to assume an open orientation where the hook is exposed relative to the hollow shaft and in a second direction to assume a closed orientation where the hook is not exposed relative to the hollow shaft.

Abstract: A device for suture thread cutting, containing: a handle; a stationary external element having a channel at the distal end, and a proximal end connected to said handle, said channel is fitted and shaped for holding a suture thread; a movable cutter having a cutting edge, partially inserted into said handle, said cutting edge is configured to move between a first position and a second position in said channel; wherein in said first position the suture thread is retained within the channel and in said second position the suture thread is cut.

Abstract: A kit (4000, 5100) including a guiding system and a cannulated bone material removal device, the bone material removal device (4004, 5200) having a longitudinal shaft (4024, 5202) and comprising on the longitudinal shaft a radially expandable cutting portion (4028, 5208) having a longitudinally-oriented cutting edge (2124), the radial expansion comprising an increase of a cross-sectional diameter of the bone material removal device at the longitudinal position of the expandable cutting portion; and the guiding system including an arcuate element (4008, 5102), a guiding element (4010, 5104) configured to be attached to the arcuate element, and a cannula (4002, 5106), slidably insertable into a portion of the arcuate element; wherein the bone material removal device is axially displaceable within said cannula. The kit can be used in anterior cruciate ligament (ACL) reconstruction.

Abstract: A device for suture thread cutting, containing: a handle; a stationary external element having a channel at the distal end, and a proximal end connected to said handle, said channel is fitted and shaped for holding a suture thread; a movable cutter having a cutting edge, partially inserted into said handle, said cutting edge is configured to move between a first position and a second position in said channel; wherein in said first position the suture thread is retained within the channel and in said second position the suture thread is cut.

Abstract: A kit (4000, 5100) including a guiding system and a cannulated bone material removal device, the bone material removal device (4004, 5200) having a longitudinal shaft (4024, 5202) and comprising on the longitudinal shaft a radially expandable cutting portion (4028, 5208) having a longitudinally-oriented cutting edge (2124), the radial expansion comprising an increase of a cross-sectional diameter of the bone material removal device at the longitudinal position of the expandable cutting portion; and the guiding system including an arcuate element (4008, 5102), a guiding element (4010, 5104) configured to be attached to the arcuate element, and a cannula (4002, 5106), slidably insertable into a portion of the arcuate element; wherein the bone material removal device is axially displaceable within said cannula. The kit can be used in anterior cruciate ligament (ACL) reconstruction.

Abstract: A method of forming a channel in a bone, the method comprising: providing a first bore in the bone; and forming, a second bore in the bone at a predefined angle from said first bore, using said first bore as a reference point for defining the location of the second bore in the bone, wherein the first and second bores intersect in the bone.

Abstract: A method of forming a channel in a bone, the method comprising: providing a first bore in the bone; and forming, a second bore in the bone at a predefined angle from said first bore, using said first bore as a reference point for defining the location of the second bore in the bone, wherein the first and second bores intersect in the bone.

Abstract: A method of forming a channel in a bone, the method comprising: providing a first bore in the bone; and forming, a second bore in the bone at a predefined angle from said first bore, using said first bore as a reference point for defining the location of the second bore in the bone, wherein the first and second bores intersect in the bone.

Abstract: A medical implement particularly useful in arthroscopic surgery, includes: a handle having a proximal end configured for manual gripping by a user, a distal end for manipulation during the surgery, an internal passageway extending through the handle from the proximal end to the distal end thereof, and a longitudinally-extending slot extending longitudinally through the handle from its outer surface to the passageway for side-loading the handle with a manipulatable member to be manipulated during surgery. A shield is located within the passageway in the handle. The shield is secured along one edge to the inner surface of handle defining the passageway, and includes an elastic section normally covering the longitudinally-extending slot. The elastic section of the shield is yieldable to permit side-loading of the manipulatable member into the passageway, but to prevent a side-loaded manipulatable member from passing outwardly from the passageway.

Abstract: A surgical bone holding implement for manipulating a bone, comprising a handle and an elongated shaft including a bone engaging tip. The handle is positionable with respect to the elongated shaft between first and second positions, for mounting a drill member on the proximal end of the elongated shaft in one position, and for manipulating the bone by means of the handle in a second position.

Abstract: The present invention in some embodiments thereof, relates to bone material removal devices (2100), for example, devices which change effective diameter. In some embodiments, a bone removal device comprises an expandable portion. In some embodiments, the expandable portion comprises one or more bone removing elements such as cutting teeth (2106). In some embodiments, a cutting tooth is movable between an open position, in which it is configured to widen a bore in a bone, and a closed position. In some embodiments, a cutting tooth of the bone removal device is formed with a curved, such as convex, cutting face (2114).

Abstract: A suture capturing device configured to attain multiple preset orientations, comprising: a handle; a hollow shaft coupled to said handle; a rigid needle element configured with a hook for catching a suture and where the needle element is operatively coupled to the hollow shaft opposite the handle and configured to be slidable in a first direction to assume an open orientation where the hook is exposed relative to the hollow shaft and in a second direction to assume a closed orientation where the hook is not exposed relative to the hollow shaft.

Abstract: A device for suture thread cutting, containing: a handle; a stationary external element having a channel at the distal end, and a proximal end connected to said handle, said channel is fitted and shaped for holding a suture thread; a movable cutter having a cutting edge, partially inserted into said handle, said cutting edge is configured to move between a first position and a second position in said channel; wherein in said first position the suture thread is retained within the channel and in said second position the suture thread is cut.

Abstract: A method of forming a channel in a bone, the method comprising: providing a first bore in the bone; and forming, a second bore in the bone at a predefined angle from said first bore, using said first bore as a reference point for defining the location of the second bore in the bone, wherein the first and second bores intersect in the bone.