Externally-applied plaster for treating synovitis

Abstract

The invention discloses an externally-applied plaster for treating synovitis, which is prepared from the following raw materials according to parts by weight: 15-17 parts of wolfberry root-bark, 15-17 parts of pyrolusite, 19-21 parts of mastic, 19-21 parts of myrrh, 15-17 parts of unprocessed radix aconiti lateralis, 15-17 parts of shengnanxing, 15-17 parts of tuber pinellia, 15-17 parts of radixsileris, 15-17 parts of radix aconiti, 15-17 parts of kusnezoff monkshood, 65-70 parts of minium, 6-9 parts of borneol and 130-150 parts of sesame oil. The invention has strong permeability, has the effects of dispersing pathogenic wind, relieving pain, strengthening the bone and the tendon, eliminating the pathogenic factor and removing dampness and has a specific action mainly aiming at gonarthromeningitis, bursitis and the synovitis of each joint part.

Description

Technical field [0001] The invention belongs to a traditional Chinese medicine external application, in particular to an external plaster for treating synovitis. Background technique [0002] According to traditional Chinese medicine, synovitis is caused by exogenous wind evils invading the meridians of the human body, causing dysfunction of normal water seepage in the joint cavity, and inability to expel exogenous evils and fluid accumulation induced by dysfunction. Dampness grows from within and flows into the joints to form phlegm and fluid accumulation, causing joint swelling and pain, which lasts for a long time, recurs, qi and blood are consumed, the constitution is weaker, and the swelling is mild and sometimes severe after a long illness. Conventional treatment method adopts local operation more at present, and Chinese and western medicine physiotherapy is taken orally. Because synovitis breaks out repeatedly, treats and sends out again and again, and does not heal ...

AI Technical Summary

Problems solved by technology

Oral administration of Chinese and Western medicines has a certain curative effect, but the effective amount of the drug absorbed by the lesion part cannot reach, resulting in unsatisfactory curative effect

Physiotherapy can only improve the local temporary environment and cannot be treated continuously, so the above-mentioned treatment methods are all slow to take effect and the effect is not good.