Biofuels from agricultural waste possible.ISLAMABAD, 11 May , 2009 (Balochistan Times) -- Scientists in California, US, are reporting the use of a new bioprocess bi·o·proc·ess n. 1. A technique that produces a biological material, such as a genetically engineered microbial strain, for commercial use. 2. that could help pave the way for producing biofuels from agricultural waste, easing concerns about stress on the global food supply from using corn and other food crops. The bioprocess involves a first-of-its-kind approach to craft genetically engineered genetically engineered adjective Recombinant, see there microbes with the much-sought ability to transform switch grass, corn cobs, and other organic materials into methyl halides - the raw material for making gasoline and a host of other commercially important products,BBC BBC in full British Broadcasting Corp. Publicly financed broadcasting system in Britain. A private company at its founding in 1922, it was replaced by a public corporation under royal charter in 1927. reported. Christopher Voigt Christopher Voigt is an American synthetic biologist, molecular biophysicist, and engineer. He is currently an assistant Professor in the Pharmaceutical Chemistry department of the University of California - San Francisco with appointments in the Biophysics and the Chemistry and and colleagues note in the new study that using crop waste to produce methyl halides is one of the most attractive ways of transforming biomass into liquid fuels and chemical raw materials now derived from petroleum. Plants and microbes produce methyl halides naturally, but in amounts too small for commercial use. Using a database of 89 genes from plants, fungi, and bacteria known to produce methyl halides, the researchers identified genes that were the most likely to produce the highest levels of these substances. The scientists then spliced these genes into Brewers yeast - used to make beer and wine - so that the yeast cells churned out methyl halides instead of alcohol. In laboratory studies, the two engineered microbes helped boost methyl halide halide: see halogen. production from switch grass, corn cob husks, sugar cane waste, and poplar wood to levels with commercial potential. (THROUGH ASIA Asia (ā`zhə), the world's largest continent, 17,139,000 sq mi (44,390,000 sq km), with about 3.3 billion people, nearly three fifths of the world's total population. PULSE) |
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