MASS-CHROMATOGRAPHIC ANALYSIS OF METABOLITES OF THE FUNGUS TRICHOLOMA CALIGATUM
Authors
Hasanova Madina, Meyliyeva Muxlisa, Ruziyeva Zarnigor, Gulboyeva Dilafruz, Kamolov Luqmon
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In recent years, macrofungi are famous for their unique nutrient retention, moreover, for the production of biologically active substances such as microfungi. In our study, we aimed to study the biologically active substances of the fungus Tricholoma caliogatum and in this study, the insoluble residue GC–MS (gas chromatography — mass spectrometry) was analyzed in organic solvents (hexane, chloromine, methanol) that separated during the last steps of the alcohol (ethanol) extract process of the fungus Tricholoma caligatum. According to the analysis results, the residual revealed the following major components: 1-(3,5-dimethyl-1-adamantanoyl)semicarbazide, Amphetamine-3-methyl cyclobutanol, N-Acetyl-2-methylamphetamine, Amphetamine-3-methyl acetate, N-Acetyl-4-methylamphetamine, Rhodopin, Octadecanoic acid, 2-hydroxy-1,3-propanedilyl di-ester, Hexadecanoic acid, 1-(hydroxymethyl)-1,2-ethanyyl ester and other lipid and carotenoid derivatives of high molecular weight. The different natures of the compounds identified (amine/alkaloid-like, carotenoid pigments, fatty acid esters, and semicarbazide derivatives) indicate that the residue is a complex organic polymer-and-conjugate mixture.
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Authors
Hasanova Madina, Meyliyeva Muxlisa, Ruziyeva Zarnigor, Gulboyeva Dilafruz, Kamolov Luqmon
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References:
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