0 documents. Search time: 0.000 seconds. Global links/files: all results in endnote all results in print version Score: 0.00 Author: de Carvalho Lima KG Takahashi CM Alterthum F Journal: J Ind . Microbiol . Biotechnol . Year: 0000 Type: ARTICLE Literature: oryza Field: abstract Doc ID: pub00000000 Abstract: Corn cob hydrolysates , with xylose as the dominant sugar , were fermented to ethanol by recombinant Escherichia coli KO00 . When inoculum was grown on LB medium containing glucose , fermentation of the hydrolysate was completed in 000 h and ethanol yield was 0 . 00 g ethanol/g sugar . When inoculum was grown on xylose , ethanol yield dropped , but fermentation was faster ( 000 h ) . Hydrolysate containing 00 . 0 g/l xylose and supplemented with 00 . 0 g/l rice bran was readily fermented , producing 00 . 0 g/l ethanol within 00 h . Maximum ethanol concentrations were not higher for fermentations using higher cellular concentration inocula . A simulation of an industrial process integrating pentose fermentation by E coli and hexose fermentation by yeast was carried out . At the first step , E coli fermented the hydrolysate containing 00 . 0 g/l xylose , producing 00 . 0 g/l ethanol in 00 h . Bakers yeast and sucrose ( 000 . 0 g/l ) were then added to the spent fermentation broth . After 0 h of yeast fermentation , the ethanol concentration reached 000 . 0 g/l . This two-stage fermentation can render the bioconversion of lignocellulose to ethanol more attractive due to increased final alcohol concentration . Matching Sentences: [ Sen. 0, subscore: 0.00 ]: Corn cob hydrolysates , with xylose as the dominant sugar , were fermented to ethanol by recombinant Escherichia coli KO00 . When inoculum was grown on LB medium containing glucose , fermentation of the hydrolysate was completed in 000 h and ethanol yield was 0 . 00 g ethanol/g sugar . When inoculum was grown on xylose , ethanol yield dropped , but fermentation was faster ( 000 h ) . Hydrolysate containing 00 . 0 g/l xylose and supplemented with 00 . 0 g/l rice bran was readily fermented , producing 00 . 0 g/l ethanol within 00 h . Maximum ethanol concentrations were not higher for fermentations using higher cellular concentration inocula . Score: 0.00 Author: de Carvalho Lima KG Takahashi CM Alterthum F Journal: J Ind . Microbiol . Biotechnol . Year: 0000 Type: ARTICLE Literature: oryza Field: title Doc ID: pub00000000 Abstract: Corn cob hydrolysates , with xylose as the dominant sugar , were fermented to ethanol by recombinant Escherichia coli KO00 . When inoculum was grown on LB medium containing glucose , fermentation of the hydrolysate was completed in 000 h and ethanol yield was 0 . 00 g ethanol/g sugar . When inoculum was grown on xylose , ethanol yield dropped , but fermentation was faster ( 000 h ) . Hydrolysate containing 00 . 0 g/l xylose and supplemented with 00 . 0 g/l rice bran was readily fermented , producing 00 . 0 g/l ethanol within 00 h . Maximum ethanol concentrations were not higher for fermentations using higher cellular concentration inocula . A simulation of an industrial process integrating pentose fermentation by E coli and hexose fermentation by yeast was carried out . At the first step , E coli fermented the hydrolysate containing 00 . 0 g/l xylose , producing 00 . 0 g/l ethanol in 00 h . Bakers yeast and sucrose ( 000 . 0 g/l ) were then added to the spent fermentation broth . After 0 h of yeast fermentation , the ethanol concentration reached 000 . 0 g/l . This two-stage fermentation can render the bioconversion of lignocellulose to ethanol more attractive due to increased final alcohol concentration .