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image: New Genes = New Archaea?

New Genes = New Archaea?

By | October 15, 2014

Genes acquired from bacteria contributed to the origins of archaeal lineages, a large-scale phylogenetic analysis suggests.

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image: Newly ID’d Transposons Involve Cas

Newly ID’d Transposons Involve Cas

By | May 27, 2014

Researchers uncover a group of mobile genetic elements in bacteria and archaea encoding a Cas enzyme.

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image: Sequencing the Tree of Life

Sequencing the Tree of Life

By | April 24, 2014

Charting the progress of the various large-scale genome-sequencing projects as researchers working separately on their chosen species begin to pool analytical resources

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image: Discovering Archaea, 1977

Discovering Archaea, 1977

By | March 1, 2014

Ribosomal RNA fingerprints reveal the three domains of life.

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image: Let There Be Life

Let There Be Life

By | March 1, 2014

How did Earth become biological?

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image: Path Finding

Path Finding

By | March 1, 2014

Biochemistry reveals the missing link in a pathway that archaea and some bacteria use to generate essential compounds.

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image: Bacteria Trade Genes

Bacteria Trade Genes

By | October 1, 2013

Extremophiles living in Antarctica’s salty Deep Lake exchange genes much more often than previously observed in nature.

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image: Antarctic Lake Teems With Life

Antarctic Lake Teems With Life

By | July 8, 2013

DNA and RNA sequences from Lake Vostok below the Antarctic glacier reveal thousands of bacteria species, including some commonly found in fish digestive systems.

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image: Distantly Related Viruses Proliferate Similarly

Distantly Related Viruses Proliferate Similarly

By | June 12, 2013

Whether infecting hot spring-dwelling microbes or humans, viruses co-opt the same group of proteins to assemble themselves and break out of cells.

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image: Algae Get Help to Go to Extremes

Algae Get Help to Go to Extremes

By | March 7, 2013

A red alga appears to have adapted to extremely hot, acidic environments by collecting genes from bacteria and archaea.

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