Traditional Chinese medicine combined prescription for treating paraplegia and bone fracture sequelae

Abstract

The invention discloses a traditional Chinese medicine combined prescription for treating paraplegia and bone fracture sequelae, which comprises a prescription 1, a prescription 2, a prescription 3 and a prescription 4, wherein the prescription 1 comprises the following raw medicines: musk, calcined pyrite, roasted nux vomica, saffron, roasted goshawk bone and resina draconis; the prescription 2 comprises the following raw medicines: red ginseng, bighead atractylodes rhizome, angelica, elsholtzia, amomun fruit, dried orange peel, bupleurum, eucommia, teasel, achyranthes and pawpaw; the prescription 3 comprises the following raw medicines: gentiana macrophylla, teasel, cassia twig, aconitum fischeri peichb, dangshen, angelica tail, boneset, spatholobus stem and myrrh; and the prescription 4 comprises the following raw medicines: eupolyphaga, myrrh, mastic, safflower, peach kernel, rhubarb, roasted leech, roasted earthworm, centipede, roasted pangolin, notoginseng, Chinese yam and fleece-flower root. The traditional Chinese medicine combined prescription for treating paraplegia and bone fracture sequelae, which is disclosed by the invention, can effectively overcome the influence of metals to the absorption of body nutrients and medicines in vivo by combined medication, so that the treatment effect of the medicines is ideal, and the disease can not recur easily after being cured.

Description

technical field [0001] The invention relates to an oral Chinese medicine, which is a combined oral Chinese medicine prescription for treating paraplegia and bone trauma sequelae. Background technique [0002] At present, with the development of society and the increase of motor vehicles, a large number of traffic accidents, high-altitude operations in the construction industry, and mining of underground mineral resources have caused a large number of personal injury accidents. In the treatment of paraplegia and bone injuries, most of the fractures can be recovered through surgical treatment. However, due to the use of steel needles, metal plates, and nails in the surgical treatment process, these metals often affect the body's ability to respond to nutrition and drugs. absorb. Some drugs for the treatment of paraplegia and bone trauma sequelae cannot effectively overcome the above-mentioned influence of metals on the body in the body, thereby affecting the effect of follow-...

AI Technical Summary

Problems solved by technology

In the treatment of paraplegia and bone injuries, most of the fractures can be recovered through surgical treatment. However, due to the use of steel needles, metal plates, and nails in the surgical treatment process, these metals often affect the body's ability to respond to nutrition and drugs. absorb

Some drugs for the treatment of paraplegia and bone trauma sequelae cannot effectively overcome the above-mentioned influence of metals on the body in the body, thereby affecting the effect of follow-up treatment, so that the patient cannot recover in time after surgery; some drugs have no effect on the treatment of bone trauma sequelae. Ideal, so that some patients cannot be cured, and some patients relapse after being cured. They must not be forced to amputate and become permanently disabled, causing lifelong pain to patients and their families.

There are also some internal medicines used for the treatment of paraplegia and sequelae of orthopedic injuries, which have a certain effect when used for a short time, but the curative effect is not obvious when used for a long time.

There are also high prices for external medicines, which greatly increase the cost of treatment for patients

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