Like their human hosts, bacteria need iron to survive and they must obtain that iron from the environment. While humans obtain iron primarily through the food they eat, bacteria have evolved complex and diverse mechanisms to allow them access to iron.
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A team of forensic scientists at the University of Copenhagen has studied human remains found in two ancient Danish burial grounds dating back to the iron age, and discovered a man who appears to be of arabian origin.
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Researchers at North Carolina State University have created a substance far stronger and harder than conventional iron, and which retains these properties under extremely high temperatures – opening the door to a wide variety of potential applications, such as engine components that are exposed to high stress and high temperatures.
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A new study suggests that extra iron for infants who don't need it might delay development -- results that fuel the debate over optimal iron supplement levels and could have huge implications for the baby formula and food industry.
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Most oceanographers have assumed that, in the areas of the world's oceans known as High Nutrient, Low Chlorophyll (HNLC) regions, the iron needed to fertilize infrequent plankton blooms comes almost entirely from wind-blown dust. Phoebe Lam and James Bishop of the Earth Sciences Division at the Department of Energy's Lawrence Berkeley National Laboratory have now shown that in the North Pacific, at least, it just ain't so.
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By Doug Hadfield
It may not be the sexiest of metals to investors, but iron is also arguably one of the most important. That was the message of Brian Thurston, President of Raytec Metals Corp. (TSX.V: RAY) in a recent interview with Resourcex.com. The junior exploration company has turned its focus from uranium in the Athabasca Basin to iron ore in Ontario and South America.
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Iron is the workhorse of trace minerals. An essential component of red blood cells, disruption of iron levels in the body will result in a myriad of serious conditions, and life cannot be sustained without it.
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Gold is shiny, diamonds are transparent, and iron is magnetic. Why is that?
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The surprising structure and properties of a protein responsible for regulating the transport, storage and use of iron - as it binds its target RNA - are described by researchers from the University of Illinois.
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