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Bacteria Are Thriving In a Radioactive Former Soviet Mine

Microbes discovered in a former Soviet mine are neutralizing toxic uranium, offering a potential biological method for radioactive cleanup.

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The brief

Researchers have identified bacteria thriving in a radioactive former Soviet mine. These microbes are capable of converting dissolved uranium into a stable compound, providing a biological method to neutralize the toxic material.

Coverage from SciTechDaily, Phys.org, and ZME Science emphasizes the efficiency of the process, noting that the bacteria removed 96% of dissolved uranium from mine water. Zamin.uz and ScienceAlert highlight the discovery of these organisms within the specific environment of the former Soviet facility.

Future focus centers on the timeframe of the neutralization process, which study findings indicate takes 130 days to turn dissolved uranium into a stable compound.

Synthesized by Archynetys from the headlines below under a strict no-invention contract. ✓ fact-checked: all claims supported by sources Updated 36m ago.

Quick answers

Where were these bacteria discovered?

They were found in a radioactive former Soviet mine.

How effective are the microbes at removing uranium?

According to ZME Science, these microbes removed 96% of dissolved uranium from mine water.

How long does the conversion process take?

Study findings reported by Phys.org indicate the bacteria turn dissolved uranium into a stable compound in 130 days.

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