Study of the influence of temperaments on the separation of tridentifon enantiomers in the chromatographic column prepared in cellulose tissue (4-methylbenzoate) silicate in the quarry chromatography

Author: Ilia Aduashvili
Keywords: Chiral, Enantiomers, Triadimefon
Annotation:

Chiral molecule is a type of molecule that is not compatible with its mirror image. The possibility of renting a molecule, often in the case of asymmetric atom, is called a rent center. The rent molecule and its mirror image are called enantiomers. Because enantiomers have the same physical and chemical properties in a hierarchical environment, their differences can only be flattened by a polarized light rotation angle. That is why their analysis is very difficult. Entiimeters of chiral substances often have radically different physiological effects. Therefore, it is very important to analyze the enantiomers of the hire substances in pharmaceuticals, in food supplements, in agricultural poisons and so on. The most widely used technique for analyzing the enantiomer is the high efficiency of the chromatography (wavelength). Despite the fact that more than 100 chirurgers, which can be used to place enantiomers in the Mesk, it is still difficult to select a chair picker that would be useful for the large group of hire substances. Most commonly used polysaccharide chiral tuners and most commercially available chiral columns are made using polysaccharide chiral selectors. As a rule, the change in temperature is somewhat effective on the division of enantiomers. The goal of our research was to study the temperature of the test on the division of the tridentifolone enantiomers on the cellulose tissue (4-methylbenzoate) silicate on a column in the quarry chromatography