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Energy crops / Biomass / Biofuels / Cell biology / Brachypodium distachyon / Panicum virgatum / Poaceae / Brachypodium / Miscanthus / Flora of the United States / Flora / Polysaccharides


Comparison of Arabinoxylan Structure in Bioenergy and Model Grasses
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Document Date: 2012-08-21 12:45:43


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Hewlett Packard / Kellogg / National Renewable Energy Laboratory / Agilent / Oak Ridge National Laboratory / GE Healthcare / Humana Press / /

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Europe / /

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United States / Ireland / /

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University of Georgia / Oak Ridge National Laboratory / Plant Cell / National Renewable Energy Laboratory / M. A. O’Neill Complex Carbohydrate Research Center The University of Georgia / Complex Carbohydrate Research Center / Plant Physiol / Mol Plant / Plant Biology greenhouse / plant Arabidopsis / Plant Biology / Wiley Mill / /

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transportation / zirconium grinding media / potential grass energy crops / genetic and molecular tools / chemical shift / matrix solution / Chemical shifts / energy crop / gas chromatograph / energy crops / monocot energy crops / mg/mL solution / /

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Complex Carbohydrate Research Center / University of Georgia / Athens / US Department of Energy / National Science Foundation / BioEnergy Science Center / office of Biological and Environmental Research / U.S. Securities and Exchange Commission / office of Science / US Department of Energy BioEnergy Science Center / Samuel Roberts Noble Foundation / /

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S. Tyler Sieve / Wayne Parrot / Maria J. Pen / /

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Author / runner / /

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Spectra / Canon HR10 Camcorder / acetic acid / /

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Alabama / Georgia / /

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Environmental Research / Molecular Biology / /

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East Palestine / /

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Biomass Conversion / antibodies / BIOTECHNOLOGY / polymerization / laser / biofuels / SPECTROSCOPY / bioprocessing / /

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