Tibia far-end inner side bone fracture plate

Abstract

The invention discloses a tibia far-end inner-side bone fracture plate which comprises a bone fracture plate body, the bone fracture plate body is divided into a bone fracture plate near end and a bone fracture plate far end, the two sides of the bone fracture plate far end are bent inwards, and the bone fracture plate near end is sequentially provided with a near-end kirschner wire hole, a near-end locking hole, a near-end sliding hole, a near-end lower locking hole and a near-end sliding hole I from right to left; A plurality of near-end lower locking holes is arranged. Near-end lower kirschner wire holes are formed between the adjacent near-end lower locking holes, a far-end locking hole, a far-end kirschner wire hole, a far-end upper locking hole, a far-end upper kirschner wire hole and a far-end lower locking hole are sequentially formed in the bone fracture plate far end from right to left, and the far-end lower locking hole is distributed in an annular structure. A far-end middle locking hole is formed in the middle of the annular structure, and far-end lower kirschner wire holes are formed in the periphery of the far-end lower locking hole. The near end and the right end of the bone fracture plate are designed to be inclined surfaces, so that the bone fracture plate can be conveniently inserted, an operator can operate conveniently, and soft tissue injury is reduced.

Description

technical field [0001] The invention relates to the technical field of medical instruments, in particular to a tibial distal medial bone plate. Background technique [0002] Distal tibial fractures refer to the fracture line located at the distal end of the tibia. Affected by too little soft tissue in the distal tibia and impaired blood supply, complications such as soft tissue necrosis, delayed healing, and infection are prone to occur, and the prognosis is poor. Fractures of the distal tibia are a difficult point in clinical fracture management. Due to the lack of muscle coverage and thin soft tissues at this site, complications such as soft tissue necrosis, fracture nonunion, and infection are prone to occur during fractures. At present, internal fixation is often used for the treatment of such fractures. However, there are many problems in the existing bone plate, for example: during open reduction, the bone plate will further aggravate the local soft tissue injury and ...

AI Technical Summary

Problems solved by technology

However, there are many problems in the existing bone plate, for example: during open reduction, the bone plate will further aggravate the local soft tissue injury and increase the risk of postoperative complications; the fixation strength is insufficient, which may easily cause the fracture end to redisplace after loading; Large size, too much damage to soft tissue and blood supply, affecting fracture healing; the distal and proximal ends of the bone plate are easy to warp, irritating soft tissue, causing postoperative discomfort to patients, etc.

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