Improved videman method rabbit knee bone joint fixing structure

Abstract

The invention provides an improved videman method rabbit knee joint fixing structure, and relates to the technical field of arthritis treatment. The improved videman method rabbit knee bone joint fixing structure is characterized in that the structure comprises a fixing box, a detachable assembly is connected to the side wall of the fixing box, a leg fixing device is fixedly connected to the side,away from the fixing box, of the detachable assembly, leg through holes are formed in the two sides of the fixing box, a head through hole is formed in the front side of the fixing box, and a restraint strap is rotatably connected to the bottom of the fixing box. According to the structure, the rabbit pelvis is fixed in a trunk fixing mode; the postures of examination, treatment and evaluation ofthe experimental rabbits are standardized; so that the reproducibility of the knee joint range of motion and imaging index measurement in the rabbit knee osteoarthritis experiment, the structure is beneficial to implementation of traditional Chinese medicine external treatment methods such as acupotomy and acupuncture and moxibustion, so that the traditional Chinese medicine external treatment methods are normalized and standardized in operation and better serve for basic research, and experimental errors are reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes improvements over existing ways used during veterinary medical testing or treatments on dogs (Vidmar). It allows us to examine how well certain parts of our body fit together when they move around freely without getting stuck due to their movement caused by muscle tension. By doing this we aim to improve understanding about these movements and develop more effective therapies based upon them.

Problems solved by technology

This patented technical solution described by this patents relates to evaluating the effectiveness or safety of an external fixator (plaster) on treatments involving bending stress caused by degenerative arthrotic diseases such as knee Osteoarcoma. However, current methods have drawbacks like lack of dynamic monitoring during testing procedures due to rigidity issues associated with metals and insufficient strength of bond between different parts.

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