Clavicle segmental plate system
A medial plate for treating fractures along a clavicle, comprising a plate body including a longitudinal component extending from a first end to a second end and an extension extending from the second end, the second end configured to be mounted over a medial head, a first set of variable angle holes extending through a portion of the longitudinal component including the second end of the longitudinal component and the extension, each of the first set of variable angle holes extending through the plate body along a central axis so that a bone screw is insertable therethrough at a user-selected angle relative to the central axis, and a plurality of combination holes extending through the longitudinal component, each of the plurality of combination holes includes a first portion configured to receive a bone screw at a user-selected angle and a second portion configured to receive a compression screw.
1 . A shaft plate for treating fractures of a central portion of a clavicle between lateral and medial portions thereof, the shaft plate comprising:
a plate body sized and shaped to be positioned along the central portion of the clavicle, the plate body extending from a first end to a second end along a curve selected to match, when the plate body is positioned in a desired location on the clavicle, a lateral curve of the central portion of the clavicle and a medial curve of the central portion of the clavicle, the second end being configured to be mounted over a medial part of the central portion of the clavicle, the plate body defined via an upper surface which, in an operative position, faces away from the clavicle, and a lower surface which, in the operative position, faces the clavicle, the plate body including, at the first end, a first angled surface connecting the upper and lower surfaces and at the second end, a second angled surface connecting the upper and lower surfaces, the plate body defining a longitudinal axis extending along a curved path through a length of the plate body;
a first set of screw holes extending through a lateral portion of the plate body including the first end of the plate body, each of the first set of screw holes extends through the plate body from the upper surface to the lower surface along a central axis so that a bone screw is insertable therethrough, wherein at least a first one of the first set of screw holes extends through the plate body on the longitudinal axis and a second one of the first set of screw holes is offset from the longitudinal axis toward one of side edges of the plate body; and
a plurality of combination holes extending through the plate body, a first one of the combination holes being located on the lateral portion of the plate body so that, when the plate body is mounted on a bone in a desired position, the first combination hole is located medially of the first set of screw holes, each of the combination holes including a first portion configured to receive a locking bone screw and a second portion configured to receive a non-locking screw therein.
2 . The shaft plate of claim 1 , further comprising a third one of the first set of screws is offset from the longitudinal axis in a direction opposite the offset of the second one of the first set of screws.
3 . The shaft plate of claim 1 , wherein a second one of the combination holes is located on a medial portion of the plate body so that, when the plate body is mounted on a bone in a desired position, the second combination hole is located laterally of a second set of screw holes extending through the medial portion of the plate body including the second end of the plate body.
4 . The shaft plate of claim 3 , wherein a curve in the medial portion of the plate body has a radius of curvature from 70 mm to 80 mm.
5 . The shaft plate of claim 3 , wherein a curve in the medial portion of the plate body has a radius of curvature from 82 mm to 92 mm.
6 . The shaft plate of claim 3 , wherein a curve in the medial portion of the plate body has a radius of curvature from 93 mm to 103 mm.
7 . The shaft plate of claim 1 , wherein a curve in the lateral portion of the plate body has a radius of curvature from 40 mm to 50 mm.
8 . The shaft plate of claim 1 , wherein a curve in the lateral portion of the plate body has a radius of curvature of approximately 45 mm.
9 . The shaft plate of claim 1 , wherein a curve in the lateral portion of the plate body has a radius of curvature of approximately 74 mm.
10 . The shaft plate of claim 1 , wherein the first set of screw holes includes at least one variable angle hole configured so that a user can lock a screw in the variable angle hole of the first set of screw holes at a user selected angle.
11 . The shaft plate of claim 10 , wherein each of the first set of screw holes extends through the plate along a corresponding central axis, and wherein central axes of the first set of screw holes are oriented to converge toward the longitudinal axis beyond the lower surface of the plate body.
12 . The shaft plate of claim 1 , wherein the first one of the first set of screw holes extends through the plate body along a central axis within a central plane of the plate body.
13 . The shaft plate of claim 1 , wherein each of the combination holes includes a variable angle hole portion and a compression hole portion, wherein the plurality of combination holes comprises multiple combination holes in a lateral portion of the plate body, and wherein each of the combination holes located in the lateral portion of the plate body has a variable angle portion located medially of its compression portion.
14 . The shaft plate of claim 1 , wherein each of the combination holes includes a variable angle hole portion and a compression hole portion, wherein the plurality of combination holes comprises multiple combination holes in a medial portion of the plate body, and wherein each of the combination holes located in the medial portion of the plate body has a variable angle portion located laterally of its compression portion.
15 . The shaft plate of claim 1 , wherein the length of the plate body is between 80 mm and 115 mm.
16 . The shaft plate of claim 1 , wherein the length of the plate body is between 105 mm and 115 mm.
17 . The shaft plate of claim 1 , wherein a curve in the lateral portion of the plate body has a radius of curvature from 45 mm to 55 mm.
18 . The shaft plate of claim 1 , wherein the length of the plate body is between 125 mm and 135 mm.
19 . The shaft plate of claim 1 , wherein a curve in the lateral portion of the plate body has a radius of curvature from 54 mm to 64 mm.
20 . A shaft plate for treating fractures of a central portion of a clavicle between lateral and medial portions thereof, the shaft plate comprising:
a plate body sized and shaped to be positioned along the central portion of the clavicle, the plate body extending from a first end to a second end along a curve selected to match, when the plate body is positioned in a desired location on the clavicle, a lateral curve of the central portion of the clavicle and a medial curve of the central portion of the clavicle, the second end being configured to be mounted over a medial part of the central portion of the clavicle, the plate body defined via an upper surface which, in an operative position, faces away from the clavicle, and a lower surface which, in the operative position, faces the clavicle, the plate body including, at the first end, a first angled surface connecting the upper and lower surfaces and at the second end, a second angled surface connecting the upper and lower surfaces, the plate body defining a longitudinal axis extending along a curved path through a length of the plate body;
a first set of screw holes extending through a lateral portion of the plate body including the first end of the plate body, each of the first set of screw holes extends through the plate body from the upper surface to the lower surface along a central axis so that a bone screw is insertable therethrough, wherein at least a first one of the first set of screw holes extends through the plate body on the longitudinal axis and a second one of the first set of screw holes is offset from the longitudinal axis toward one of side edges of the plate body; and
a plurality of combination holes extending through the plate body, a first one of the combination holes being located on the lateral portion of the plate body so that, when the plate body is mounted on a bone in a desired position, the first combination hole is located medially of the first set of screw holes, each of the combination holes including a first portion configured to receive a locking bone screw and a second portion configured to receive a non-locking screw therein,
wherein a second one of the combination holes is located on a medial portion of the plate body so that, when the plate body is mounted on the bone in a desired position, the second combination hole is located laterally of a second set of screw holes extending through the medial portion of the plate body including the second end of the plate body; and
wherein at least a first one of the second set of screw holes extends through the plate body on the longitudinal axis and a second one of the second set of screw holes is offset from the longitudinal axis toward one of the side edges of the plate body.
21 . The shaft plate of claim 20 , wherein the first one of the first set of screw holes extends through the plate body along a central axis within a central plane of the plate body.
22 . The shaft plate of claim 20 , wherein each of the combination holes includes a variable angle hole portion and a compression hole portion, wherein the plurality of combination holes comprises multiple combination holes in a lateral portion of the plate body, and wherein each of the combination holes located in the lateral portion of the plate body has a variable angle portion located medially of its compression portion.
23 . The shaft plate of claim 20 , wherein each of the combination holes includes a variable angle hole portion and a compression hole portion, wherein the plurality of combination holes comprises multiple combination holes in a medial portion of the plate body, and wherein each of the combination holes located in the medial portion of the plate body has a variable angle portion located laterally of its compression portion.