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This is as fascinating as it is unsettling. Scientists at the Department of Energy's Savannah River Site — a nuclear reservation in South Carolina — have identified a strange, cob-web like "growth" (their word, not ours) on the racks of the facility's spent nuclear fuel assemblies.
Could we be dealing with an unknown species of extremophile?
Originally posted by Dimitri Dzengalshlevi
Maybe some shadowing government organization finally did some good for the world by developing radiation scrubbers... or maybe nature is doing it for us.
Originally posted by Elpasdo
reply to post by Wrabbit2000
yeah I find it amazing how nature seems to always find a way. As a kid I used to find it almost unbelievable when you would see a small plant that had somehow pushed heavy tarmac or concrete aside over the years to get to the sun.
but back to the radiation point, I swear I saw a doc about evolution and they have found worms and other ground invertebrates living around Chernobyl that have a higher resistance to radiation than any other animals, which did not have these attributes pre-disaster. They were making the point that its evolution happening within a human lifetime and its not something that can only happen over long periods. Although I would say that this rate of change is only possible for the simpler forms of life.
Originally posted by Elpasdo
reply to post by Wrabbit2000
yeah I find it amazing how nature seems to always find a way. As a kid I used to find it almost unbelievable when you would see a small plant that had somehow pushed heavy tarmac or concrete aside over the years to get to the sun.
but back to the radiation point, I swear I saw a doc about evolution and they have found worms and other ground invertebrates living around Chernobyl that have a higher resistance to radiation than any other animals, which did not have these attributes pre-disaster. They were making the point that its evolution happening within a human lifetime and its not something that can only happen over long periods. Although I would say that this rate of change is only possible for the simpler forms of life.
Originally posted by Echotebarknwhale
Amazing! Cant wait to find out what this stuff is. Sounds like something right out of a comic book. What are your thoughts/opinions? If it was an organism, maybe we could figure out some way to use these as radiation shields in space or in plant meltdowns since they seem to be resistant to radiation
io9.com
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Originally posted by Dimitri Dzengalshlevi
Maybe some shadowing government organization finally did some good for the world by developing radiation scrubbers... or maybe nature is doing it for us.
D. radiodurans was discovered in 1956 by Arthur W. Anderson at the Oregon Agricultural Experiment Station in Corvallis, Oregon.[6] Experiments were being performed to determine if canned food could be sterilized using high doses of gamma radiation. A tin of meat was exposed to a dose of radiation that was thought to kill all known forms of life, but the meat subsequently spoiled, and D. radiodurans was isolated.
The complete DNA sequence of D. radiodurans was published in 1999 by TIGR. A detailed annotation and analysis of the genome appeared in 2001.[3] The sequenced strain was ATCC BAA-816.
Deinococcus radiodurans has a unique quality in which it can repair both single- and double-stranded DNA. When a mutation is apparent to the cell, it brings it into a compartmental ring-like structure, where the DNA is repaired and then is able to fuse the nucleoids from the outside of the compartment with the damaged DNA.
By sampling other mushroom-forming fungi for their selective ability to hyper-accumulate radioactivity, we can learn a great deal while helping the ecosystem recover. Not only will some mushroom species hyper-accumulate radioactive compounds, but research has also shown that some mycorrhizal fungi bind and sequester radioactive elements so they remain immobilized for extended periods of time. Surprisingly, we learned from the Chernobyl disaster that many species of melanin-producing fungi have their growth stimulated by radiation.