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Surfactant-coated immobilized lipase as a catalyst for esterification reaction in organic solvents

Zhang Min-qing

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Abstract

The lipase from Candida rugosa was first immobilized on macroporous adsorption resins, then coated with glutamic acid didodecyl ester ribitol amide as a catalyst for esterification of lauric acid and lauryl alcohol in (organic) solvents. The resin AB-8 was proved to be the best carrier and isooctane was the most suitable solvent.The specific activity of the surfactant-coated immobilized lipase was 1.6 to 1.9 times higher than that of the uncoated immobilized lipase.

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What this paper is about

The lipase from Candida rugosa was first immobilized on macroporous adsorption resins, then coated with glutamic acid didodecyl ester ribitol amide as a catalyst for esterification of lauric acid and lauryl alcohol in (organic) solvents. The resin AB-8 was proved to be the best carrier and isooctane was the most suitable solvent.The specific activity of the surfactant-coated immobilized lipase was 1.6 to 1.9 times higher than that of the uncoated immobilized lipase.

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Available abstract

The lipase from Candida rugosa was first immobilized on macroporous adsorption resins, then coated with glutamic acid didodecyl ester ribitol amide as a catalyst for esterification of lauric acid and lauryl alcohol in (organic) solvents. The resin AB-8 was proved to be the best carrier and isooctane was the most suitable solvent.The specific activity of the surfactant-coated immobilized lipase was 1.6 to 1.9 times higher than that of the uncoated immobilized lipase.

Key concepts: Candida rugosa, Lipase, Lauric acid, Chemistry, Catalysis, Pulmonary surfactant, Adsorption, Organic chemistry

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