Chinese herba preparation for treating heat toxin stasis type hydrocephalus for children

Abstract

The invention discloses a Chinese herba preparation for treating heat toxin stasis type hydrocephalus for children. Most of patients suffering from heat toxin stasis type hydrocephalus suffer from intracranial infection and in vivo hot toxin stasis to cause that organ qi can not descend, qi function is easy to stagnate, and comfortable in running; because the head is the confluence of all yang-channels, the diseases are caused by heat toxin interference, hot toxin stasis, and swelling caused predominant heat. According to the Chinese herba preparation, Chinese medicinal herbs such as radix semiaquilegiae, yunnan dysosma tuber, littleleaf indianmulberry root and stem, urena lobata, herb of jamaica falsevalerian, cyrtomium fortunei, rhizoma anemones altaicae, calamus, adiantum soboliferum, and Chinese elm bark which have the functions of clearing away heat and toxic materials, inducing resuscitation, dredging collaterals and promoting diuresis, and are decocted with water to obtain a decoction. Through clinical tests in our hospital, the total effective rate is 97.8 percent. Patients have no remarkable untoward effects in a treatment course.

Description

technical field [0001] The invention relates to a traditional Chinese medicine composition, in particular to a traditional Chinese medicine preparation for treating infantile hydrocephalus of heat-toxin stagnation type. Background technique [0002] Hydrocephalus is caused by congenital or acquired intracranial diseases that cause cerebrospinal fluid circulation obstruction or absorption barriers, excessive secretion of cerebrospinal fluid, so that cerebrospinal fluid gradually accumulates in the ventricular system or subarachnoid space, and those with increased intracranial pressure are called cerebral palsy. stagnant water. Surgical treatment of this disease has gone through nearly a hundred years of development, and there are various surgical methods, but there are many problems, such as relatively high surgical failure rate, relatively many postoperative infections; and it is not easy to control; the postoperative shunt system is repeatedly blocked; Insufficient; too mu...

AI Technical Summary

Problems solved by technology

Surgical treatment of this disease has gone through nearly a hundred years of development, and there are various surgical methods, but there are many problems, such as relatively high surgical failure rate, relatively many postoperative infections; and it is not easy to control; the postoperative shunt system is repeatedly blocked; Insufficient; too much shunt leads to low intracranial pressure syndrome; electrolyte disturbance; problems such as disinfection, anticoagulation, and anti-decay of the silicone tube used in the shunt tube are difficult to solve; with age and physical development, the original shunt tube is relatively shortened , needs to be replaced