A magnetic nanoparticle sphere mixture for spinal rehabilitation system

Abstract

A magnetic nanoparticle sphere mixture for use in spinal rehabilitation systems. The spinal rehabilitation system treats the slight muscle contracture and muscle tension caused by modern people's bad living habits and diseases. It contains a variety of drugs that promote bone formation and avoid ectopic bone formation. The drugs are selectively released in the tissue gap through a special coating layer and enriched in the affected area through a magnetic field setting. In order to improve the activity of the drug, the present invention also adds devices for forming ganglion interference and artificial weak alkaline environment. The present invention can effectively improve muscle and nerve health indicators and promote injury healing by inducing discharges from ganglia related to muscle tension in the human body; at the same time, self-adaptive adjustments can be made in real time in combination with myoelectric detection to obtain better therapeutic effects. In order to achieve a better cut-in timing in the above electromagnetic therapy process, under the management of the control device, the indicating device prompts the patient to perform abdominal breathing to cooperate with the magnetic therapy, so as to avoid interference between the evoked potential and the normal human ECG.

Description

technical field [0001] The present application relates to the rehabilitation of orthopedic injuries, especially the field of spinal rehabilitation, and specifically relates to a rehabilitation device for the spine and related nerves and muscles. Background technique [0002] Modern people have a certain part of the body in a fixed posture for a long time due to sitting work, bad living habits, disease or some reason, and the muscles are in a state of continuous contraction under low load for a long time. This results in a loss of water in the matrix of fibrous tissues such as ligaments, weakened viscoelastic properties, and reduced interfiber lubrication. At the same time, the distance between fibers is shortened and the contact period is prolonged, which may lead to the formation of chemical transverse bonds between fibers, which leads to the occurrence of adhesion between fibers. In this group of people, chronic inflammation of muscle tissue often leads to new fibers. The...

AI Technical Summary

Problems solved by technology

It overcomes the shortcomings of previous rehabilitation devices that can only target a single spinal problem, integrates multiple treatment methods, and realizes intelligent treatment under the monitoring of preset detection programs