Abstract: An implantable orthopedic device. The device includes: a proximal anchor, configured to be implanted inside a first metatarsal; the anchor having a collar larger than the opening in a metatarsal in which the proximal anchor is implanted; the collar preventing cable to bone contact; a distal anchor, configured to be implanted inside a second metatarsal, adjacent to the first metatarsal; the distal anchor having a male thread, a nut threadable onto the male thread of the distal anchor, and a cord mechanically interconnecting the proximal and distal anchors. A shock absorber includes an elongate housing threadedly positioned within the anchor; the shock absorber accommodates a cord holder mechanically connected to the housing via a damping member, the cord holder is freely rotatable within the housing to prevent the cord from twist kinking when the housing is rotated to adjust a tension force.

Abstract: An implantable orthopedic device. The device includes: a proximal anchor, configured to be implanted inside a first metatarsal; the anchor having a collar larger than the opening in a metatarsal in which the proximal anchor is implanted; the collar preventing cable to bone contact; a distal anchor, configured to be implanted inside a second metatarsal, adjacent to the first metatarsal; the distal anchor having a male thread, a nut threadable onto the male thread of the distal anchor, and a cord mechanically interconnecting the proximal and distal anchors. A shock absorber includes an elongate housing threadedly positioned within the anchor; the shock absorber accommodates a cord holder mechanically connected to the housing via a damping member, the cord holder is freely rotatable within the housing to prevent the cord from twist kinking when the housing is rotated to adjust a tension force.

Abstract: An implantable orthopedic device. The device includes: a proximal anchor, configured to be implanted inside a first metatarsal; the anchor having a collar larger than the opening in a metatarsal in which the proximal anchor is implanted; the collar preventing cable to bone contact; a distal anchor, configured to be implanted inside a second metatarsal, adjacent to the first metatarsal; the distal anchor having a male thread, a nut threadable onto the male thread of the distal anchor, and a cord mechanically interconnecting the proximal and distal anchors. A shock absorber includes an elongate housing threadedly positioned within the anchor; the shock absorber accommodates a cord holder mechanically connected to the housing via a damping member, the cord holder is freely rotatable within the housing to prevent the cord from twist kinking when the housing is rotated to adjust a tension force.

Abstract: A device and method for treating a foot and ankle with a splint and an adjustable bladder. The method includes providing a device including a rigid splint that maintains a heel of the foot and at least one adjustable bladder provided underneath only a front of the foot; adjusting an inflation of the at least one bladder to a treatment inflation state; and maintaining a foot and ankle within the device for an extended period of time such that the foot and ankle are substantially immobilized in a dorsiflexion position or the foot and ankle are substantially immobilized in a position whereby plantarflexion is provided to the ankle.

Abstract: According to a first embodiment of our invention, a monitoring device is placed above, within, or on the bottom of a cast, boot, shoe, or other lower extremity immobilization or protective device, and has one or more single or cluster of pressure sensitive chambers designed to burst at a predetermined force or weight. The pressure sensitive chambers may be filled with air, liquid, semi-liquid, or particulate material. Once properly positioned, the device serves to detect and alert one or more individuals to the fact that weight-bearing has occurred and/or that a certain amount of force has been transmitted across the bottom or other portion of the cast, boot, shoe, mat, sock, insole, or lower extremity immobilization or protective device in a setting where such pressure could be deleterious or harmful (including situations where patients are recovering from a bony fracture, tendon injury, and recent lower extremity surgery).

Abstract: An internal human prosthesis used in surgical procedures to treat flatfoot deformities, including pediatric, adult congenital, and adult acquired deformities. The internal prosthesis is inserted between the human talus and calcaneus bones. In a preferred embodiment, the prosthesis has a truncated conical shape along its long axis and a central bore through the center of its long axis. The base of the prosthesis includes a concave depression with a polygonal recess in its center.

Abstract: The invention provides in part devices and methods of manufacturing and using the same for treating patients suffering from tendon dysfunction. Certain exemplary brace embodiments contain strapping systems and inflatable cells that are adapted to support the forefoot of the patient.

Abstract: The ankle joint prosthesis adapted to involve the patient's distal tibia and talus has, according to the present invention, tibial, talar and mobile or semi-constrained bearing components that are laterally to medially implanted in the patient. The tibial component's top surface has convex curvature in its anterior to posterior plane and is configured so as to approximate and match with the curvature of a prepared portion of the distal tibia; its bottom surface being approximately flat. The talar component's top surface has saddle-shaped, convex curvature in its anterior to posterior plane, it's bottom surface has concave curvature and is configured so as to approximate and match with the curvature of a prepared portion of the talus. The mobile or semi-constrained bearing components have embodiments that comprise a wide variety of geometric shapes. A method for implanting such a prosthesis is also disclosed.