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Energy, Environment and Ecology
, Microbiology
by ruth on November 25, 2008

"The main value of this discovery may not be the organism itself, but may be the genes responsible for the production of these gases," Gary Strobel said."There are certain enzymes that are responsible for the conversion of substrates such as cellulose to myco-diesel."
Scott Strobel said his team is already screening the fungus' genome. Besides determining the complete genetic makeup of the fungus, they will run a series of genetic and biochemical tests to identify the genes responsible for its diesel-making properties.
"The broader question is, what is responsible for the production of these compounds," Scott Strobel said. "If you can identify that, you can hopefully scale it up so you end up with better efficiency of production."
These findings have been published in the journal Microbiology.
Photo Credit: Brad Geary and Britten Sessions, Brigham Young University, Provo, UT, USA, and Gary Strobel, Montana State University, Bozeman, MT, USA.
Permalink: Patagonia Fungus Produces "Myco-Diesel"
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