Studies of Lipases-catalyzed Oleyl Linolenate Synthesis in Nonaqueous Media

Abstract

Abstract: The effects of several lipases on oleyl linolenate synthesis were investigated. The lipase having the highest esterification activity was screened by our laboratory and the yeast which produced this kind of lipase was Trichosporon , named as Y-11. Several factors which influenced oleyl linolenate synthesis were studied. The optimum temperature for the esterification was 30 ℃ and the reaction could be carried out in the temperature range of 4_100 ℃, the optimum pH was 8.0, the optimum substrate concentration was 0.5 mol/L. The esterification rate could amount to 85% after 22h and could further reach 95.2% if the water produced in the reaction was removed in time. Among 11kinds of organic solvents compared, the esterification rate in n-hexane was the highest and that in dimethylsulfoxide was the low-est, the former was ten times higher than the latter.

Key words: Ester wax, Lipase, Esterification reaction, Microaqueous system

CLC Number:

Q815

TrendMD:

SONG Xin, QU Yin-Bo, HU Xiao-Yan . Studies of Lipases-catalyzed Oleyl Linolenate Synthesis in Nonaqueous Media[J]. Chem. J. Chinese Universities, 1999, 20(10): 1578.

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Studies of Lipases-catalyzed Oleyl Linolenate Synthesis in Nonaqueous Media

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