Abstract: A tibial plateau leveling osteotomy (TPLO) system is provided for surgical correction of a stifle joint of an animal. The system includes a bone plate, fixed angle locking screw, compression screw, and a K-wire. The bone plate includes first surface and a second surfaces having common structure such that each can be positioned against the bone. The plate has a first shaft portion with a dynamic compression screw hole having a major length both extending along a first axis, and second shaft portion with a second axis and K-wire slot defining a major axis angled relative to the second axis but parallel to the first axis. The locking screw has double lead threads and the threaded holes in the plate have quad-lead threads.

Abstract: A tibial plateau leveling osteotomy (TPLO) system is provided for surgical correction of a stifle joint of an animal. The system includes a bone plate, fixed angle locking screw, compression screw, and a K-wire. The bone plate includes first surface and a second surfaces having common structure such that each can be positioned against the bone. The plate has a first shaft portion with a dynamic compression screw hole having a major length both extending along a first axis, and second shaft portion with a second axis and K-wire slot defining a major axis angled relative to the second axis but parallel to the first axis. The locking screw has double lead threads and the threaded holes in the plate have quad-lead threads.

Abstract: A bone plate has first and second sides, each with the same structure. The plate includes nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges.

Abstract: A bone plate has first and second sides, each with the same structure. The plate includes nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. Each of the first and second sides of the body define longitudinal channels in the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges. A pair of benders, each with clamp bracket and clamping bolt threadedly coupled within a threaded hole of the bracket, is also provided for shaping the plate.

Abstract: A bone plate has first and second sides, each with the same structure. The plate includes nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges.

Abstract: A bone plate is asymmetric and includes a straight body and a cross arm. The plate has first and second sides, each with the same structure. The body and cross arm include nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. Each of the first and second sides of the body and cross arm define longitudinal channels in the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges. A pair of benders, each with clamp bracket and clamping bolt threadedly coupled within a threaded hole of the bracket, is also provided for shaping the plate.

Abstract: A bone plate has first and second sides, each with the same structure. The plate includes nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges.

Abstract: A bone plate has first and second sides, each with the same structure. The plate includes nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. Each of the first and second sides of the body define longitudinal channels in the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges. A pair of benders, each with clamp bracket and clamping bolt threadedly coupled within a threaded hole of the bracket, is also provided for shaping the plate.

Abstract: A bone plate is asymmetric and includes a straight body and a cross arm. The plate has first and second sides, each with the same structure. The body and cross arm include nodes separated by deformable bridges. Each node defines a screw hole, and wings extending laterally therefrom. The wings taper in thickness between the first and second sides. Screw holes are threaded into the nodes. Each of the first and second sides of the body and cross arm define longitudinal channels in the nodes. The plate can be shaped to the bone by deformation at the bridges or removal of portions of the plate at bridges. A pair of benders, each with clamp bracket and clamping bolt threadedly coupled within a threaded hole of the bracket, is also provided for shaping the plate.