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Researchers constructed the Kamchatka Microbial Observatory, a natural laboratory for studying extremophiles.
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Perhaps the majority of the Earth's biomass consists of subterranean extremophiles.
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Likewise, what we register as deadly chemical environments, some extremophiles call home sweet home.
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More of these "extremophiles" are coming to light every few years.
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These extremophiles are the latest marine discoveries catalogued in the annual Census of Marine Life.
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Additionally, the extremophiles act as microfactories having specific genetic and biotechnological potential for the production of biomolecules.
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That's because extremophiles, unlike the vast majority of known life on the planet, make their living without photosynthesis.
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To them, we are the extremophiles.
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Even right here on Earth, new categories of organisms, collectively called extremophiles, thrive in conditions inimical to human beings.
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The second was the discovery of extremophiles, which are organisms capable of surviving in extremes of temperature or pressure.
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So-called "extremophiles" have been found in other parts of the world -and they can have significant commercial value.
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These extremophiles are put into the simulator, a cryogenic cabinet containing a 6-liter quartz cylinder where the Martian environment is re-created.
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But for many microbes this is home -and for biologists who study such extremophiles, Uzon is a perfect place to work.
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The hot springs in the Danakil Depression are home to microorganisms called extremophiles, which as the name suggests live in extreme conditions.
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Plus, The Planetary Society has sent a package of micro-organisms to test how extremophiles like tardigrades could survive in the pressures of space.
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If there were biologists among the extremophiles, they would surely classify themselves as normal and any life that thrived in room temperature as an extremophile.