2009Unpublished venueRequires access

Efficient and Comprehensive Utilization of Hemicellulose in the Corn Stover

Luo Yan

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Abstract

Pretreatment of the corn stover powder by dilute sulphuric acid(solid-liquid ratio 1:20) at 130°C for 30 min was carried out with 89.09% of the hemicellulose removed.After filtration,the xylose-rich corn stover pretreatment liquid,whose fermentable sugar was from hemicellulose hydrolysis only,consisting of 81.16% xylose and 15.27% glucose,was used to cultivate genetic recombinant Escherichia coli BL21 with human-like collagen(HLC) expression enhanced by 50.00% and 63.71% xylose consumption.

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Pretreatment of the corn stover powder by dilute sulphuric acid(solid-liquid ratio 1:20) at 130°C for 30 min was carried out with 89.09% of the hemicellulose removed.After filtration,the xylose-rich corn stover pretreatment liquid,whose fermentable sugar was from hemicellulose hydrolysis only,consisting of 81.16% xylose and 15.27% glucose,was used to cultivate genetic recombinant Escherichia coli BL21 with human-like collagen(HLC) expression enhanced by 50.00% and 63.71% xylose consumption.

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Available abstract

Pretreatment of the corn stover powder by dilute sulphuric acid(solid-liquid ratio 1:20) at 130°C for 30 min was carried out with 89.09% of the hemicellulose removed.After filtration,the xylose-rich corn stover pretreatment liquid,whose fermentable sugar was from hemicellulose hydrolysis only,consisting of 81.16% xylose and 15.27% glucose,was used to cultivate genetic recombinant Escherichia coli BL21 with human-like collagen(HLC) expression enhanced by 50.00% and 63.71% xylose consumption.

Key concepts: Hemicellulose, Corn stover, Xylose, Chemistry, Stover, Hydrolysis, Sugar, Food science

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