(Notícia em Inglês)
In Arkansas, researchers at the University of Arkansas have created the first methane-producing microorganism that can metabolize complex carbon structures, which could lead to microbial recycling of waste products and their transformation into methane. Daniel J. Lessner, assistant professor of biological sciences, and his colleagues Lexhan Lhu, Christopher S. Wahal and James G. Ferry of Pennsylvania State University worked with methanogens, methane-producing anaerobic microorganisms from the domain archaea.
The researchers introduced a gene into a methanogen that would allow it to break down more complex molecules for its own consumption by introducing a gene that would cause the organism to express an enzyme that breaks down esters. Esters can be found in nature and also solvents used in paints and paint thinners. Future research will look at developing a platform to engineer organisms, including a methanogen that can break down glycerol, a waste product from biodiesel fuel, and have it produce methane, allowing for possible production of useful chemicals or even as an energy source for a biodiesel plant.
biofuelsdigest.com»
The researchers introduced a gene into a methanogen that would allow it to break down more complex molecules for its own consumption by introducing a gene that would cause the organism to express an enzyme that breaks down esters. Esters can be found in nature and also solvents used in paints and paint thinners. Future research will look at developing a platform to engineer organisms, including a methanogen that can break down glycerol, a waste product from biodiesel fuel, and have it produce methane, allowing for possible production of useful chemicals or even as an energy source for a biodiesel plant.
biofuelsdigest.com»