I’m talking about extremophiles, those little creatures to whom “too hard” or “too soft” mean something very different. Extremophiles are organisms who live in the supposedly most ...

We had different reason for choosing to study extremophiles. Our group has studied “genomic signatures” since the 2000s; that is, patterns in the genomes of organisms that allow us to identify them ...

They are extremophiles, capable of surviving in ... Their chemical makeup and physical characteristics, however, are quite different from one another. Before the discovery of archaea, scientists ...

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“Our extremophiles are used to living with a ... mineral-rich waters will be different from one that lives in a super-dry high-altitude desert — like “La Puna” in the Andes, after which ...

"DNA should be mostly about inheritance, biological relatedness, and common ancestry, not about the place you live in, but we see something completely different with extremophiles." For the study ...

In a surprising discovery, scientists found 26 new bacteria species thriving in NASA's spacecraft clean rooms, designed to ...

These "extremophile" microorganisms could lead to new biotechnologies in fields like medicine and food preservation. Scientists believe studying these extremophiles could revolutionize life ...

Extremophiles that demonstrate the “best performance” then pass through to the greenhouse phase, where they are applied to plants. “We analyze their colonization, different doses ...

Lake Hillier possesses at least 500 different species of extremophiles, or bacteria, algae, and viruses that thrive in extreme environments. Specifically, Lake Hillier contains halophiles ...