Thursday 31 July, 2014

DOE Joint Genome Institute issues new call for large-scale sequencing proposals

Published On: Thu, Dec 22nd, 2005 | Bioinformatics | By BioNews

Responding to the escalating demand for genome sequencing to unlock the potential of plants and microbes as fuel for the nation’s energy needs, the U.S. Department of Energy (DOE) Joint Genome Institute (JGI) has announced the call for 2007 Community Sequencing Program (CSP) proposals.
The applications for the CSP capacity have been doubling since the program’s inception. In response, DOE JGI has committed 60 percent of its 33 billion letter annual sequencing capacity to the next round of CSP projects, with a focus on proposals that will advance the nation’s energy security.

“The requests received in 2005 by DOE JGI to tap the CSP exceeds the world’s sequencing capacity, illustrating the enormous market need for such a powerful user resource,” said Dr. Aristides Patrinos, associate director of science for DOE’s Office of Biological and Environmental Research.

“The CSP enables researchers across a broad spectrum of disciplines to translate the information captured from the biosphere’s complex web of organisms into discoveries that have real utility for developing cleaner domestic energy options,” said DOE JGI Director Dr. Eddy Rubin. “Our collaborators have stepped up and validated DOE JGI as a user facility with a solid portfolio of prospects for yielding the gold nuggets from the planet’s biodiversity.”

A sequenced genome provides researchers a detailed parts catalog for characterizing an organism’s environmental niche and the starting material for exploring how it functions and what applications it may offer.

“Sequence generated by DOE JGI for our Center is helping us to understand the ecology, physiology and biochemistry of microbial processes important in nature and of value to industry,” said Dr. James Tiedje, a University Distinguished Professor of microbiology and Director of the National Science Foundation Center for Microbial Ecology at Michigan State University.

An important genome sequenced by DOE JGI for Tiedje and his colleagues through one of the Institute’s peer-reviewed mechanisms, is the hardy Burkholderia xenovorans strain LB400, the best aerobic PCB degrader yet discovered. Besides degrading of one of the most recalcitrant and widespread pollutants, the Burkholderia group to which this strain belongs is also an important player in the carbon economy of soil where it is capable of fixing nitrogen gas–capturing atmospheric nitrogen and converting it to ammonia–and aids plant carbon dioxide fixation.

Related Links
DOE/Joint Genome Institute

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