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CCRC Plant Cell Walls and BioenergyUpdated: 18 Mar 08.
http://bioenergy.ccrc.uga.edu/
Updated: 18 Mar 08.
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CCRC Plant Cell Walls and Bioenergy | bioenergy.ccrc.uga.edu Reviews
https://bioenergy.ccrc.uga.edu
Updated: 18 Mar 08.
Web Resources
http://bioenergy.ccrc.uga.edu/Links/links.htm
Links to external sites are provided as an informational resource only. The inclusion of a link to a organization’s or individual’s website does not constitute a endorsement or approval by BESC-CCRC. BESC-CCRC is not responsible for the content or accuracy of external web sites. Other BESC Personnel and Research Expertise. Computational and systems biology. Lignin modification in switchgrass. Biomass structure and modeling. Daniel van der Lelie. Computational and systems biology. Sites of General Interest.
Walls and Biofuels
http://bioenergy.ccrc.uga.edu/Background/background.htm
Lignocelluloisc Biomass and Bioenergy. Lignocellulosic biomass is derived from trees and grasses and from agricultural residues and is one of the most abundant organic materials in the world. The value of this biomass as a energy source was first exploited over 700,000 years ago when early humans mastered the use of fire. Subsequently, humans have used biomass as building materials, as animal food, for clothing and for making paper. Which set forth the goal of displacing 30% (60 billion gallons) of 2004 ...
Glossary of terms
http://bioenergy.ccrc.uga.edu/Glossary/glossary.htm
The residue remaining after lignin and hemicellulose have been removed from a cell wall. A small flowering plant related to cabbage and mustard. Thale cress, mouse-eared cress) was the first plant to have its genome sequenced. A 5 carbon sugar (pentose, C5H10O5) present in grass hemicellulose. A hemicellulose with a backbone of 1,4 β-D-xylosyl residues and side-chains composed of arabinosyl residues. A major hemicellulose in grass cell walls. Energy generated from renewable biological sources. The indivi...
Latest News
http://bioenergy.ccrc.uga.edu/news/news.htm
Welcome to the web site of the BESC-CCRC plant cell wall synthesis and structure group. We will update this web site on a regular basis to provide information on our research progress:. We have several Post-doctoral positions in the area of plant cell synthesis/structure and bioenergy. Follow the Employment link. To obtain further details. Ivana Gelineo-Albersheim and Trina Saffold have joined the group as Research Co-ordinators for the biosynthesis and biomass characterization teams, respectively.
Research Groups
http://bioenergy.ccrc.uga.edu/People/people.htm
Decreasing Biomass Recalcitrance by Targeted Modification of Plant Cell Walls. The goal of the plant cell wall polysaccharide synthesis and structure group is to use targeted modification of plant cell walls (biomass) to facilitate improved conversion of biomass to fermentable sugars. Our studies will emphasis wall synthesis and structure in:. A model woody crop for biomass and bioenergy production ( Tuskan 1998. To address recalcitrance we will:. Related BESC studies will:. Why target Plant Cell Walls?
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Complex Carbohydrate Research Center | Centers
https://www.ccrc.uga.edu/centers/index.php
Biomass Structure and Function (CCRC-BESC). DOE Bioenergy Science Center (BESC). DOE Center for Plant and Microbial Complex Carbohydrate. GLYCAM/AMBER Modeling Tools for Glycoscience. NIH Integrated Technology Resource for Biomedical Glycomics. NIH Research Resource for Integrated Glycotechnology. Monoclonal Antibodies for Plant Cells Walls. Plant Cell Walls - Structure and Function. Southeast Collaboratory for Biomolecular NMR. Federally funded Centers and Resources at the CCRC:. Monoclonal Antibodies f...
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