Mathematic modeling and experimental validation of macrostate quality expression for multicomponent in Chinese materia medica.
- Author:
Fuyuan HE
1
;
Kaiwen DENG
;
Jilian SHI
;
Wenlong LIU
;
Fengjuan PI
Author Information
- Publication Type:Journal Article
- MeSH: Drugs, Chinese Herbal; analysis; Materia Medica; analysis; Models, Theoretical; Quality Control; Thermodynamics
- From: China Journal of Chinese Materia Medica 2011;36(22):3096-3103
- CountryChina
- Language:Chinese
-
Abstract:
OBJECTIVETo establish the unitive multicomponent quality system bridged macrostate mathematic model parameters of material quality and microstate component concentration for Chinese materia medica (CMM).
METHODAccording to law of biologic laws of thermodynamics, the state functions of macrostate qulity of the CMM were established. The validation test was carried out as modeling drug as alcohol extract of Radix Rhozome (AERR), their enthalpy of combustion was determined, and entropy and the capability of information by chromatographic fingerprint were assayed, and then the biologic apparent macrostate parameters were calculated.
RESULTThe biologic macrostate mathematic models, for the CMM quality controll, were established as parameters as the apparent equilibrium constant, biologic enthalpy, Gibbs free energy and biologic entropy etc. The total molarity for the 10 batchs of AERR were 0.153 4 mmol x g(-1) with 28.26% of RSD, with the average of apparent equilibrium constants, biologic enthalpy, Gibbs free energy and biologic entropy were 0.039 65, 8 005 J x mol(-1), -2.408 x 10(7) J x mol(-1) and - 8.078 x 10(4) J x K(-1) with RSD as 6.020%, 1.860%, 42.32% and 42.31%, respectively.
CONCLUSIONThe macrostate quality models for CMM can represent their intrinsic quality for multicomponent dynamic system such as the CMM, to manifest out as if the forest away from or tree near from to see it.