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Post by Emperor AAdmin on Mar 13, 2008 14:46:36 GMT -5
A financial information site with an emphasis on Gold and Preservation of Capital. A large archive is maintained. www.safehaven.com/-------- some topics there in the past 2 days Mar 13 Pre-emptive Warning of a Major Banking Crisis PF - Mick P Mar 13 Gold Market Update PF - Clive Maund Mar 13 Silver Market Update PF - Clive Maund Mar 12 Why the Rich Are Getting Poorer PF - John Browne Mar 12 Fed Actions are Creating Federal Default Risk PF - Kemp Moyer Mar 12 The True Cost of This Crisis PF - Adrian Ash Mar 12 What Advice Have the Big Wall Street Firms Given Their Llarge Clients This Year? PF - M.C. Mar 12 Aussie Monetary Policy a Forecast for the USA PF - Greg Silberman Mar 12 George Soros and the Worst Financial Market Crisis in 60 Years PF - Clif Droke
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Post by sam456 on Feb 2, 2013 12:39:56 GMT -5
This is one ogf the best
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Post by sam456 on Feb 2, 2013 12:43:09 GMT -5
World Capital mutual is one of best gold mining company of the world it. It delivers the best gold mines and reserves to the buyers it has over 150 trained staff and over local head offices in the country. this is also the member of the market and invests money in different projects.
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Post by Balkaneros on Feb 6, 2013 0:27:54 GMT -5
Microbial MetallurgyMeet the bacterium that pulls gold ions out of solution and forms tiny nuggets of the precious metal. By Bob Grant | February 5, 2013 Researchers have found that a bacterial species stimulates the formation of gold particles in its environment as a way to survive in solutions containing toxic gold ions. The bacterium, Delftia acidovarans, secretes a compound dubbed delftibactin that precipitates gold ions, causing them to clump into nuggets. Canadian researchers, who published their work inNature Chemical Biology this week (February 3), grew the bacteria in the presence of gold ions and found that gold nanoparticles began accumulating in the solution. They also identified the genes responsible for producing delftibactin and shuttling it outside of the bacterial cells. Frank Reith, an environmental microbiologist at the University of Adelaide in Australia who was not involved in the study, told Nature that the discovery could in the future help clean up toxic gold mine waste water, while recovering more gold from the slurry. “The idea could be to use a bacterium or metabolite to seed these waste-drop piles, leave them standing for years, and see if bigger particles form,” he said.
Microbial Metallurgy
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