2011•Xiandai shengwu yixue jinzhanRequires access

Research on the Culturing Conditions of Mixture Cellulose-Decomposing Microbes

Tan Zhou-jin

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Abstract

Objective: To develop mixture cellulose-decomposing microbial preparation.Methods: Take the microbial quantities,cellulase activities and xylanase activities as evaluation index to investigate the optimal culturing conditions for cellulose-decomposing microbes mixture.Results: The optimal culturing temperature was 35℃;the optimal vaccination quantity was 1%;the optimal pH value was 7.0-7.5;FeSO4 could stimulate the growth of microbes and oxygen was necessary to the growth of cellulose-decomposing microbes.Conclusions: The culturing conditions were acquired for cellulose-decomposing microbes.

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Objective: To develop mixture cellulose-decomposing microbial preparation.Methods: Take the microbial quantities,cellulase activities and xylanase activities as evaluation index to investigate the optimal culturing conditions for cellulose-decomposing microbes mixture.Results: The optimal culturing temperature was 35℃;the optimal vaccination quantity was 1%;the optimal pH value was 7.0-7.5;FeSO4 could stimulate the growth of microbes and oxygen was necessary to the growth of cellulose-decomposing microbes.Conclusions: The culturing conditions were acquired for cellulose-decomposing microbes.

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Available abstract

Objective: To develop mixture cellulose-decomposing microbial preparation.Methods: Take the microbial quantities,cellulase activities and xylanase activities as evaluation index to investigate the optimal culturing conditions for cellulose-decomposing microbes mixture.Results: The optimal culturing temperature was 35℃;the optimal vaccination quantity was 1%;the optimal pH value was 7.0-7.5;FeSO4 could stimulate the growth of microbes and oxygen was necessary to the growth of cellulose-decomposing microbes.Conclusions: The culturing conditions were acquired for cellulose-decomposing microbes.

Key concepts: Cellulose, Cellulase, Xylanase, Chemistry, Food science, Pulp and paper industry, Biology, Biochemistry

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