Coupling full intervertebral joints system

Abstract

The invention discloses a coupled full-intervertebral joint system, which possesses little oligodynamic joint between upper and lower intervertebral end-plate on the spine, wherein one little oligodynamic joint is set between each little joint position on two sides of upper and lower intervertebral or upper and lower crests; one end of little oligodynamic joint is fixed on the vertebral arch root or crest of upper vertebral bulk with the other end fixed on the vertebral arch root or crest of lower vertebral bulk; the joint system is composite joint system with intervertebral little oligodynamic joint and little oligodynamic joint, which replaces lateral joint to support vertebra to avoid joint from degenerating and hardening effectively.

Description

technical field [0001] The invention relates to an intervertebral joint system and a supporting method for the intervertebral joint, in particular to a coupled full intervertebral joint system. Background technique [0002] The spine is an important joint that supports the body of the human body. There are currently many studies on the injury of the intervertebral joints of the spine. At present, the repair of intervertebral joint damage is basically performed on the intervertebral disc joint. For example, for the damaged intervertebral joints, the intervertebral disc joints are cleaned first, and then the disc-shaped fretting joints formed by biomaterials or mechanical devices are implanted into the intervertebral disc joints, and the fretting joints formed by the implanted biomaterials or mechanical devices The joints replace the function of the original human intervertebral discs and support the spine. In addition, because the cross-sectional shape of the intervertebral...

AI Technical Summary

Problems solved by technology

[0009] Based on the in-depth analysis of the coupling and linkage characteristics of the intervertebral joints of the spine and many problems in previous clinical cases of simple anterior disc arthroplasty, the inventors found that due to the current surgical methods for implanting biomaterials or mechanical devices in the intervertebral disc, only The intervertebral disc is repaired, while the bilateral small joints are ignored. Therefore, after the intervertebral disc is repaired, although the motor function is restored, the small joints that have degenerated and proliferated and are in a relatively static state after the restoration of the motor function are forced to move with the replaced joint. While exercising, the friction and extrusion of the bilateral facet joints became more serious, even worse than before the operation, causing the patient to experience abnormal pain

Furthermore, due to the forced friction and stimulation of the bilateral facet joints, the degenerated and hyperplastic facet joints further proliferate, and the originally small upper and lower articular processes proliferate into large balls, hindering the movement of the facet joints and aggravating the friction , and more seriously, the proliferated articular process compresses the bilateral nerve roots passing through its front and bottom, seriously affecting the nerve function, leading to sensorimotor disorders, and even paralysis, which aggravates the pain of the patient

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