Medicine for external application for curing hyperosteogeny and disc herniation and method of preparing the same

Abstract

The invention discloses an external medicine for treating hyperosteogeny and disc herniation and a preparation method. The external medicine has the raw ingredients and weight parts that: pangolin is 10 to 20, agkistrodon acutus is 10 to 20, saffron is 5 to 15, panax notoginseng is 10 to 20, radix cyathulae is 5 to 15, kudzu roots are 15 to 30, herba lycopodti is 10 to 20, olibanum is 10 to 15, dog bones are 20 to 30, eucommia bark is 10 to 20, wild celery is 5 to 10, and musk is 0.2 to 0.5. The invention has the preparation method that: the raw ingredient medicines are mixed and crushed into powders which are mixed into a paste by adding with rice vinegar; after the paste is evaporated for 15 to 20 minutes under water insulation, the rice vinegar is bedashed in; the evaporation is continued for 5 to 10 minutes; or the raw ingredients are crushed into powders which are mixed evenly and stir-fried until done, and then the powders is made into a plaster for bonding application through mixing with vinegar or water. The external medicine and the preparation method have the advantages of good curative effect, short course of treatment, hard relapse, no toxic side effects, and low treatment cost by apply the external medicine to act the external application on patients.

Description

Technical field: [0001] The invention relates to an externally applied medicine, which is an externally applied medicine for treating hyperosteogeny and intervertebral disc herniation prepared by taking Chinese herbal medicine as a raw material and a preparation method thereof. Background technique: [0002] Bone hyperplasia and intervertebral disc herniation are common and refractory diseases, and many patients lose their normal work and living ability. At present, the treatment of this type of disease at home and abroad usually adopts surgical excision or physical (conservative treatment) therapy. Surgical extirpation will cause the patient to permanently lose the local body tissue, and it is easy to injure other nerve tissues during the operation process. The risk is high and the treatment cost is high, so this treatment method is generally not recommended. Physiotherapy, generally taking analgesics plus traction or massage, is not suitable for all patients, and it only p...

AI Technical Summary

Problems solved by technology

Surgical extirpation will cause the patient to permanently lose the local body tissue, and it is easy to injure other nerve tissues during the operation, which is risky and expensive, so this treatment is generally not recommended

Physiotherapy, generally taking analgesics plus traction or massage, this treatment method is not suitable for all patients, and it only plays a role in relieving pain and cannot cure the disease