Application of Biochar to Enzyme Carrier for Stress Tolerance of Enzymes

H. Noritomi
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引用次数: 3

Abstract

Biochar showed the high affinity to enzymes, and enzymes were sufficiently adsorbed on the surface of biochar. Enzymes were highly stabilized in water at high temperatures by adsorbing enzymes on biochar. The remaining activity of lysozyme adsorbed on adzuki bean charcoal showed around 50% after heat treatment at 90°C for 30 min though that of free lysozyme was almost lost. Likewise, the stability of enzymes was enhanced in organic solvents by adsorbing enzymes on biochar. The conformation of α -chymotrypsin adsorbed on bamboo charcoal was hardly influenced by organic solvents, while that of free α -chymotrypsin was strongly dependent of the kind of organic solvents. Moreover, the adsorption of α -chymotrypsin on bamboo charcoal improved the transesterification of N -acetyl-L-tyrosine ethyl ester with n -butanol in organic solvents. The transesterification rate of α -chymotrypsin adsorbed on bamboo charcoal was about 760 times higher than that of free α -chymotrypsin in n -butyl acetate.
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生物炭作为酶载体对酶的抗逆性研究
生物炭对酶具有较高的亲和力,酶在生物炭表面被充分吸附。酶通过吸附在生物炭上,在高温下在水中高度稳定。小豆炭经90℃热处理30 min后,吸附的溶菌酶的剩余活性约为50%,而游离溶菌酶的剩余活性几乎丧失。同样,通过将酶吸附在生物炭上,提高了酶在有机溶剂中的稳定性。吸附在竹炭上的α -胰凝乳酶的构象不受有机溶剂的影响,而游离的α -胰凝乳酶的构象则与有机溶剂的种类密切相关。竹炭对α -胰凝乳酶的吸附促进了N -乙酰- l-酪氨酸乙酯与正丁醇在有机溶剂中的酯交换反应。吸附在竹炭上的α -凝乳胰蛋白酶的酯交换率比游离的α -凝乳胰蛋白酶在乙酸正丁酯中的酯交换率高约760倍。
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