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For those who live in Earthquake ridden California they know that Earthquakes are completely disrupt ... - Lance Winslow |
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Unfortunately we have governments who are destroying the artifacts but there will come a day when th ... - Robert Baird |
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In this piece of work that I am about to commence with I will discuss whether or not it is wise to c ... - Hallidae Thomason |
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Kathy Hudson has joined the NIH National Center for Human Genome Research (NCHGR) as Assistant Direc ... - Aaron Hall |
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In July the DOE Office of Health and Environmental Research announced awards in human genome topics ... - Aaron Hall |
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Wind Power is considered a clean industry and is amongst the favorites of environmentalists and clea ... - Lance Winslow |
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Development of cheaper and faster technologies for large-scale genome mapping has been a major prior ... - Aaron Hall |
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The Fourth International Workshop on the Identification of Transcribed Sequences, sponsored by the C ... - Aaron Hall |
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First discovered almost 20 years ago by Carl Woese and Ralph S. Wolfe (both of University of Illinois, Urbana), the Archaea domain (whose name means "ancient" in Greek) is believed to have separated from true bacteria over 3 billion years ago. Archaea once were thought to live only at extreme environmental conditions of temperature and pressure but now are believed to be far more common and to make up a significant part perhaps half of the world's biomass. They are suspected of playing important but still unknown roles in the earth's ecology, including its carbon and nitrogen cycles.
The single-celled, 1738-gene M. jannaschii was isolated from a sample collected in over 8000 feet of water at the base of a deep-sea thermal vent on the floor of the Pacific Ocean. It is named for Holger Jannasch of the Marine Biological Laboratory in Woods Hole, Massachusetts, who collected the sample. Thriving at pressures that would crush a conventional submarine, this heat-loving, methane-producing microbe lives without sunlight, oxygen, or organic carbon.
Instead, it uses carbon dioxide, nitrogen, and hydrogen expelled from the thermal vent for its life functions. Analysis of the microbe's genome will provide researchers with valuable information for understanding how organisms can make life's building blocks from inorganic sources and under such extreme conditions.
Practical Payoffs
With its unusual characteristics, M. jannaschii has the potential to supply fuel and other ingredients for products from plastics to pharmaceuticals. Commercial interests now have the opportunity to develop such heat-resistant products as detergent additives or stable enzymes for the textile, paper, and chemical industries. Methane (CH4) causes both ozone production and depletion but with a net production of ozone. This mean that more knowledge about bacterial/archaeal methane production could lead to better understanding of global-warming processes.
Some of the following areas may benefit from M. jannaschii applications.
* Transportation: Develop "biological" vehicles.
* Energy: Generate large supplies of safe, renewable power.
* Weather: Understand and control methane's contribution to global warming.
* Environmental cleanup: Use biological methods to clean up hazardous waste sites.
* Household use: Manufacture biodegradable detergents and cleaners. |
| Author: Aaron Hall |
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Author Bio:
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