Oral composition for dissolving calcium oxalate calculus

Abstract

The invention provides an oral composition for dissolving calcium oxalate calculus. The composition contains 0.1-10% of garcinia cambogia extract microcapsules or 0.1-10% of hydroxycitric acid or hydroxycitric acid derivative microcapsules. The composition contains garcinia cambogia extract microcapsules, hydroxycitric acid or hydroxycitric acid derivative microcapsules, so that calculus formed bycalcium oxalate crystals can be effectively dissolved; the materials of the garcinia cambogia extract microcapsules, hydroxycitric acid or hydroxycitric acid derivative microcapsules adopt organic polymer materials, which have certain dissolvability and are capable of conveniently controlling disintegration and dissolution time of the composition and protecting effective components in the composition to reach efficient absorption parts. The composition adopts natural extracts, is free of toxic and side effects on human body and excellent in calculus dissolving effect, can be orally taken by broad crowds, is free of strict restrictions on the crowds, and has broad application prospects.

Description

technical field [0001] The present invention mainly relates to the field of oral medicaments, in particular to a composition for dissolving calcium oxalate stones which can be absorbed orally and used for dissolving stones formed by calcium oxalate crystals. Background technique [0002] The treatment of kidney stones mainly includes three main means of surgery, extracorporeal impact lithotripsy and drug therapy. Surgical treatment has a certain degree of risk of organ damage, and stones are very likely to recur, so repeated operations are not realistic. The structure of the kidney is very delicate and delicate. Extracorporeal shock wave lithotripsy will cause great damage to the kidney and may damage the structure of the kidney itself. This method cannot fundamentally eliminate stones, and because the process of lithotripsy is difficult to control and there are many variable factors, The particle size of crushed stones is very difficult to control. Excessively large stones...

AI Technical Summary

Problems solved by technology

Surgical treatment has a certain degree of risk of organ damage, and stones are very likely to recur, so repeated operations are not realistic

The structure of the kidney is very delicate and delicate. Extracorporeal shock wave lithotripsy will cause great damage to the kidney and may damage the structure of the kidney itself. This method cannot fundamentally eliminate stones, and because the process of lithotripsy is difficult to control and there are many variable factors, The particle size of crushed stones is very difficult to control. Excessively large stones may cause tearing of parts such as the urethra during the discharge process, causing unnecessary pain to the operator

Existing medicines for treating kidney stones include psilocybin and stone-dispelling liquid, etc., but they have no obvious effect, or they are taken for a very long time

In addition, for some traditional Chinese medicine Paishi granules, there is no evidence-based medical evidence to prove the ingredients and pharmacological action mechanism of the drug in its formula, and its potential side effects are not clear

On the other hand, the complications caused by these rough treatment methods require a period of recuperation, or long-term adherence to treatment cooperation, and cannot adapt to the current fast-paced social life.

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