Systems, methods and apparatus for surgical models
Systems, methods and apparatus for providing three dimensional, transforming demonstration models that illustrate the way different osteotomy surgical procedures change the geometry of the relevant bones from a pre-surgical state to a post-surgical state.
1 . A three-dimensional model for demonstrating a tibial plateau leveling osteotomy surgical procedure, comprising:
a femur;
a tibia including a displaceable osteotomy element having at least one embedded magnet, and a body having at least one embedded magnet;
a bone plate magnetically couplable to the displaceable osteotomy element and the body of the tibia;
a replaceable cranial cruciate ligament coupled to the femur and the displaceable osteotomy element; and
a support including a shaft, a fixed element rotationally coupled to the femur, and a movable element, displaceable along the shaft, rotationally coupled to the body of the tibia.
2 . The three-dimensional model of claim 1 , where the bone plate includes at least one embedded magnet.
3 . The three-dimensional model of claim 2 , where the displaceable osteotomy element has a first position associated with a pre-operative state and a second position associated with a post-operative state.
4 . The three-dimensional model of claim 3 , where the femur has a pre-operative configuration that represents an injured state and a post-operative configuration that represents a healed state.
5 . The three-dimensional model of claim 4 , where the tibia has a pre-operative configuration that represents an injury state and a post-operative configuration that represents a healed state.
6 . The three-dimensional model of claim 1 , where the replaceable cranial cruciate ligament includes two ends that are coupled to the displaceable osteotomy element using a cleat.
7 . The three-dimensional model of claim 6 , where the cleat is a self-locking cleat.
8 . The three-dimensional model of claim 1 , where the support shaft has a vertical orientation.
9 . The three-dimensional model of claim 8 , where the displaceable osteotomy element is disposed on an upper portion of the body of the tibia.
10 . The three-dimensional model of claim 9 , where the embedded magnets provide proper alignment of the femur and the tibia.
11 . A three-dimensional model for demonstrating an osteotomy surgical procedure, comprising:
a first bone;
a second bone including a displaceable osteotomy element having at least one embedded magnet, and a body having at least one embedded magnet;
a bone plate magnetically couplable to the displaceable osteotomy element and the body of the second bone; and
a support including a shaft, a first element coupled to the first bone, and a second element coupled to the second bone.
12 . The three-dimensional model of claim 11 , where the bone plate includes at least one embedded magnet.
13 . The three-dimensional model of claim 12 , where the displaceable osteotomy element has a first position associated with a pre-operative state and a second position associated with a post-operative state.
14 . The three-dimensional model of claim 13 , where the first bone has a pre-operative configuration that represents an injured state and a post-operative configuration that represents a healed state.
15 . The three-dimensional model of claim 14 , where the second bone has a pre-operative configuration that represents an injury state and a post-operative configuration that represents a healed state.
16 . The three-dimensional model of claim 11 , further comprising a replaceable ligament coupled to the first bone and the displaceable osteotomy element, where the replaceable ligament includes two ends that are coupled to the displaceable osteotomy element using a cleat.
17 . The three-dimensional model of claim 16 , where the cleat is a self-locking cleat.
18 . The three-dimensional model of claim 11 , where the support shaft has a vertical orientation.
19 . The three-dimensional model of claim 18 , where the displaceable osteotomy element is disposed on an upper portion of the body of the second bone.
20 . The three-dimensional model of claim 19 , where the embedded magnets provide proper alignment of the first and second bones.