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Jeff Skolnick's research highlighted in This Week in PLoS
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From GenomeWeb.com, Nov 16
Research from Mu Gao and Jeffrey Skolnick at the Georgia Institute of Technology has produced DNA-Binding-Domain-Threader (DBD-Threader), a threading-based method "for the prediction of DNA-binding domains and associated DNA-binding protein residues." Applying their computational method genome-wide, they tested more than 18,500 protein sequences and predicted more than 1,600 to have DNA-binding function. When they compared their results to existing GO annotations, they found that about 30 percent of their predictions are new. Links to the article and blog post are below.
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Summary
Research from Mu Gao and Jeffrey Skolnick at the Georgia Institute of Technology has produced DNA-Binding-Domain-Threader (DBD-Threader), a threading-based method "for the prediction of DNA-binding domains and associated DNA-binding protein residues."
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- Workflow Status:Published
- Created By:Troy Hilley
- Created:01/06/2010
- Modified By:Fletcher Moore
- Modified:10/07/2016
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