Method for preparing ointment used for nerve injury caused by waist trauma

Abstract

The invention discloses a method for preparing an ointment used for nerve injury caused by waist trauma and aims to solve the problem of treatment after waist nerve injury surgery. The ointment is characterized by being prepared by the following active pharmaceutical ingredients: by weight proportion, mesh weeds, edible tulip, ipomoea pescaprae, herbof paniculate spotflower, securinega suffruticosa, fructus mori, dipsacus roots, tangerine peel, hancock's cynanchum, viburnum foetidrm wall, amblystegium serpens and cladostachys amaranthoides. The method includes: (1), extracting volatile oil from dipsacus roots, edible tulip and securinega suffruticosa coarse powder for standby use; (2), smashing viburnum foetidrm wall and amblystegium serpens into fine powder for standby use; (3), adding water in mesh weeds, ipomoea pescaprae, herbof paniculate spotflower, fructus mori, hancock's cynanchum, tangerine peel and cladostachys amaranthoides for decoction, concentrating filtrate to enable relative density to be 1.1, and obtaining water extract; (4), adding the volatile oil obtained in step 1 and the fine powder obtained in step 2 in the water extract obtained in step 3, uniformly stirring, and concentrating to enable the relative density to be 1.36. Clinical experiments show that the ointment has the advantages of good efficacy and high safety when used after waist nerve injury surgery and is worthy of clinical application and popularization.

Description

technical field [0001] The invention relates to the field of medicines, in particular to a method for preparing an ointment for nerve damage caused by wrist trauma. Background technique [0002] Nerves in the wrist include the median, ulnar, and radial nerves, and because these nerves are superficial, they are easily cut or bruised. After the nerves involved in the trauma are damaged, the movement, sensation and nutrition of the innervated areas will be impaired. Clinically, it is manifested as muscle paralysis, skin atrophy, and sensory loss or disappearance. Although great progress has been made in peripheral nerve repair techniques, such as fine microsurgical techniques, intraoperative use of histochemistry or immunohistochemistry to locate motor and sensory functional tracts, even fresh and clean peripheral nerve ruptures, Timely use of advanced microsurgical techniques for repair is usually impossible to obtain complete regeneration, and the function is often not full...

AI Technical Summary

Problems solved by technology

[0004] The traditional Chinese medicine treatment after nerve injury repair is mostly based on nourishing qi and blood, promoting qi, activating blood and dredging collaterals, but the actual clinical effect is not obvious

The effect of acupuncture and moxibustion is obviously better than that of traditional Chinese medicine, but it is difficult for patients to persist