Dynamics of exception of organic acids from mixture of medical vegetable raw material

Abstract

Aim. Obtaining the mathematical equations for calculating the size of the parts to which different morphological organs of medicinal plants are to be chopped in order to achieve a required degree of extraction of biologically active compounds when they are extracted simultaneously.

Methods. Looking at the increasing trends of the level of psychopathological disorders, it is expedient to develop and introduce into medical practice sedatives which is based on complex phytopolyextracts, obtained from medicinal vegetable raw materials permitted for medical use. Modern data about the chemical ingredients, pharmacological effect, application in world medical practice allow us to positively evaluate the trends of using the medicinal vegetable raw materials for the preparation of phytopolyextracts of sedative meditinal. Growing requirements for the quality of medicinal products of plant origin are a prerequisite for the development of advanced methodologies for the production of phytopolyextracts.

Result. The results of research into the development of a methodology for the analytical calculation of the particle size of plant raw materials of various morphological organs to simultaneously achieve a given degree of extraction of organic acids and other biologically active substances during joint extraction are presented.

Conclusions. The obtained mathematical equations describe the dynamics of extraction of organic acids from medicinal vegetable raw materials. Solving the system of obtained mathematical equations allows to calculate the size to which the vegetable raw materials of different morphological organs should be grinded in order to simultaneously achieve a given degree of extraction with joint extraction the mixture of medicinal vegetable raw materials. The obtained results represent the benefits from research of joint extraction of medicinal vegetable raw materials to obtain natural biologically active substances for the manufacture of multicomponent phytopreparations