15 results about "Metatarsal head" patented technology

A system and method for a ROSE-Reverdin / DARE osteotomy obviates severe deformities having a high intermetatarsal angle and which require closure via osteotomy (bone cut) of the first and / or fifth metatarsal in the midshaft or proximal aspect of the bone. The ROSE osteotomy is utilized to achieve this correction and is performed without need for fusion of the first metatarsal cuneiform joint. The ROSE osteotomy achieves correction of the intermetatarsal angle via rotation of the first and / or fifth metatarsal about a proximal based axis point. The Reverdin / DARE osteotomy is required to correct a deviated articular cartilage deformity at the head of the first metatarsal and / or additional slight correction of the IM angle. The Reverdin / DARE osteotomy achieves correction by wedging of the cut to realign the cartilage and translation of the head of the first metatarsal for further IM correction. A unique jig is used to achieve this cut and fixation.

A shoe having an insole with pressure relief rings for cushioning the metatarsal heads of the human foot and inhibiting the forward slide of the foot into the toebox. The pressure relief rings are made from a low-density foam will the surrounding material of the insole are mad with a high-density foam. In various embodiments the pressure relief rings are hollow, solid like a disc, or have a depression into the low-density foam. The shoe is also provided with a natural toebox, in which the point of the toe is shifted to the inside of the foot to have a more natural fit for the asymmetry of the human foot.

An apparatus and methods are provided for a dermal cap for resurfacing a metatarsal head of the foot or a metacarpal head of the hand. The dermal cap comprises an outer surface having a convex shape, an inner surface having a concave shape, and a rounded peripheral surface joining the inner surface and the outer surface. The inner surface can be placed onto a bone head such that the outer surface provides a bone head surface resembling the original articular cartilage. The outer surface effectively restores the articular cartilage and thus relieves pain and facilitates better joint function. The dermal cap can be formed by stretching it over a rounded mandrel shaped similarly to the size and anatomy of the bone head to be treated. The dermal cap can be freeze-dried on the rounded mandrel to set the desired anatomy of the dermal cap.

A metatarsal implant for repairing damage in a metatarsophalangeal joint of a patient and in particular for repairing damage caused by osteofytes or as a result of osteofytes is provided. The metatarsal implant is adapted to be attached to an implant receiving surface at least partly covering a lateral surface of the metatarsal head. A bone contacting surface of the metatarsal implant is designed to correspond to the implant receiving surface, the bone contacting surface thus comprising at least two sub-surfaces in different planes, and at least one junction point where sub-surfaces meet, and a contour curvature of the articulating surface is designed by simulating a healthy articulating surface of the damaged metatarsal head, generated based on a determined surface curvature of the cartilage and / or the bone in a predetermined area at the site of diseased cartilage and / or bone, to mimic the original, undamaged, articulating surface of the metatarsal head.

To provide an orthodontic insert. An orthotic insert for use in footwear may include a support shell. The support shell may include a forward portion configured to underlie and support the plantar surface of the metatarsal head area of ​​a user's foot and a rearward portion configured to underlie and support the plantar surface of the heel of the user's foot. The rearward portion may include a heel post for providing frontal plane stabilization to the user's foot during use. The heel post may define a peripheral structure having a hexagonal or other geometric shape extending downwardly from a bottom surface of the support shell and terminating in a substantially planar footwear-engaging surface.

The reduction device comprises a support, the lower end of the support is provided with a clamping hook part, one end of the clamping hook part vertically extends to be inserted into a metatarsal bone body medullary cavity and abuts against the inner side of the metatarsal bone body, the support is vertically provided with an adjusting groove for a guide needle to penetrate through, the support is detachably provided with a guide cover, and the guide cover is detachably provided with an adjusting groove. The guide cover is provided with a plurality of guide holes which are communicated with the adjusting groove and used for guiding the guide pins to penetrate through the adjusting groove at different angles and be driven into the metatarsal bone head, and the support is horizontally provided with penetrating holes which are communicated with the adjusting groove and can allow the guide pins to swing along the adjusting groove and extend into the penetrating holes after the guide cover is detached. A reset push rod which is sleeved on the guide needle and can push the metatarsal bone head to move horizontally is arranged in the penetrating hole, and the center lines of the guide holes intersect at the intersection point of the inner side face of the end, inserted into the medullary cavity of the metatarsal bone body, of the clamping hook part and the center line of the penetrating hole. According to the invention, the guide cover with a plurality of guide holes is arranged, so that the accurate quantitative control of the guide pin punching angle is realized.

A metatarsal implant for repairing damage in a metatarsophalangeal joint of a patient and in particular for repairing damage caused by osteofytes or as a result of osteofytes is provided. The metatarsal implant is adapted to be attached to an implant receiving surface at least partly covering a lateral surface of the metatarsal head. A bone contacting surface of the metatarsal implant is designed to correspond to the implant receiving surface, the bone contacting surface thus comprising at least two sub-surfaces in different planes, and at least one junction point where sub-surfaces meet, and a contour curvature of the articulating surface is designed by simulating a healthy articulating surface of the damaged metatarsal head, generated based on a determined surface curvature of the cartilage and / or the bone in a predetermined area at the site of diseased cartilage and / or bone, to mimic the original, undamaged, articulating surface of the metatarsal head.

This item is a sock. This item has a sole pad that corresponds to the second and third metatarsal heads of the wearer's foot. The sole pad of this item supports the second and third metatarsal heads of the wearer in a high position and prevents the wearer's foot arch from collapsing. The little toe portion of this item accommodates the wearer's little toe and prevents the sole pad from shifting position.

By simply wearing these socks, diabetic patients can effectively prevent ulcer formation while going about their daily lives indoors. This is achieved by physically supporting the arch of the foot, distributing the load on bony prominences such as the toes, metatarsal heads, and heels. [Solution] This sock 100 for diabetic patients is composed of a foot portion F that covers from the toes to the heel, including the instep and sole of the foot, and a leg portion L that extends from the foot portion F and covers from the ankle to at most below the knee. A large cushioning material 124 is provided on the inner surface of the foot portion F, approximately in the center of the sole of the foot, with a width approximately equal to the width of the foot portion F and a length of 1 / 2 to 2 / 3 of the length of the foot portion F. The cushioning material 124 physically supports the arch of the foot, thereby distributing the load on bony prominences such as the toes, metatarsal heads, and heels, and thus preventing ulcer formation.

To provide an orthodontic insert.SOLUTION: An orthotic insert for use in footwear may include a support shell. The support shell may include an anterior portion configured to underlie and support a plantar surface of a metatarsal head area of the user's foot, and a posterior portion configured to underlie and support a plantar surface of a heel of the user's foot. The rear portion may include a heel post to provide frontal plane stabilization to the user's foot in use. The heel strut may define a peripheral structure having a hexagonal or other geometric shape that extends in a downward direction from the bottom surface of the support shell and terminates in a substantially planar footwear engaging surface.SELECTED DRAWING: Figure 1A

The utility model discloses a kind of sea salt insoles, including pad body surface layer and pad body bottom layer, the pad body surface layer is set on pad body bottom layer, the pad body surface layer edge and pad body bottom layer edge fixed connection, the pad body bottom layer is respectively provided with accommodating pad corresponding metatarsal head support area, forefoot area and root bone support area, the accommodating pad is circularly set, textile fiber coated with sea salt powder is provided in the accommodating pad, the pad body surface layer is respectively provided with exposure port corresponding metatarsal head support area, forefoot area and root bone support area, the accommodating pad is greater than exposure port setting, the accommodating pad center is set on the edge of metatarsal head support area, forefoot area or root bone support area, the pad body bottom layer is provided with embedded hole corresponding accommodating pad center, and the accommodating pad center is connected with embedded hole. Its simple structure, layout is reasonable, can be replaced according to requirement supplement, with good use effect.

In accordance with one or more embodiments herein, a metatarsal implant (100, 300) for repairing damage in a metatarsophalangeal joint of a patient and in particular for repairing damage caused by osteofytes or as a result of osteofytes is provided. The metatarsal implant (100; 300) is adapted to be attached to an implant receiving surface (420) at least partly covering a lateral surface of the metatarsal head. A bone contacting surface (130, 330) of the metatarsal implant (100, 300) is designed to correspond to the implant receiving surface (420), the bone contacting surface (130, 330) thus comprising at least two sub-surfaces in different planes, and at least one junction point where sub-surfaces meet, and a contour curvature of the articulating surface (110, 310) is designed by simulating a healthy articulating surface of the damaged metatarsal head (410), generated based on a determined surface curvature of the cartilage and / or the bone in a predetermined area at the site of diseased cartilage and / or bone, to mimic the original, undamaged, articulating surface of the metatarsal head (410).

This item is a sock. The foot support portion of this item supports the wearer's third to fifth metatarsal heads in a high position. The first toe portion of this item accommodates the wearer's first toe and prevents the foot support portion from shifting.