Titlebook: Biotechnology for Fuels and Chemicals; The Twenty-Ninth Sym William S. Adney,James D. McMillan,K. Thomas Klass Conference proceedings 2008

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https://doi.org/10.1007/978-3-642-71376-7 considerable potential to be a novel candidate for lignocellulose bioconversion into ethanol. The work reported here also demonstrates that the use of FBR configuration might be a viable approach for thermophilic anaerobic ethanol fermentation.

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https://doi.org/10.1007/978-3-642-77834-6tained and that this CGTase displays a β-CGTase action, presenting a better conversion of soluble starch at 1.0%, of which 80% was converted in CDs. The ratio of total CD produced was 0:0.89:0.11 for α/β/γ. It was also observed that root and tuber starches were more accessible to CGTase action than

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https://doi.org/10.1007/978-1-4612-0781-8ctivity was not observed. However, covalent binding of the enzyme to silica gel brings significant loss of enzyme activity, and only 35% of activity was preserved. In the case of physical adsorption on kaolin, gradual desorption of enzyme takes place. To prevent this process, we have carried out che

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Assessment of Bermudagrass and Bunch Grasses as Feedstock for Conversion to Ethanol ethanol after esterase and cellulase treatments, with Tifton 85 (289 mg g) and Coastcross II (284 mg g.) being superior to Coastal (247 mg g.) and Tifton 44 (245 mg g.). Results suggest that ethanol yields vary significantly for feedstocks by species and within species and that genetic breeding for

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Rapid Isolation of the , Strain with Higher Degrading Ability of a Filter Paper and Superior Prolifeere compared in the filter paper degrading ability and the cellulose hydrolyzing activity, strain B5 was also superior to the original strain. It was suspected that superior proliferation characteristics of strain B5 reflects higher filter paper degrading ability. Thus, we concluded that the . strai

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