Ten years ago, nobody knew that Asgard archaea even existed. In 2015, however, researchers examining deep-sea sediments discovered gene fragments that indicated a new and previously undiscovered form ...

New research sheds light on one of the biggest questions in biology: where did complex life come from? The answer may lie with Asgard archaea, a group of ancient single-celled microbes that share ...

In 2015, researchers examining deep-sea sediments near the underwater volcano Loki discovered gene fragments indicating a new and previously undiscovered form of microbes.

Scientists reveal the role of hidden microbes called Asgard archaea in the origins of complex life, challenging long-held views of evolution.

Asgard archaea may have led to the evolution of eukaryotic life ETH Zurich researchers identify actin and microtubule ...

A recent study has shown that they also have the potential to fix inorganic carbon—in the form of carbon dioxide (CO2)— to generate acetate, an important fuel for other sediment-dwelling organisms ...

The protocol consisted of digestion and two-dimensional electrophoresis of radioactive small-subunit (16S or 18S) ribosomal RNA. When exposed to X-ray film, the separated fragments generated a unique ...

ETH researchers made these findings in a new study. Asgard archaea are a group of microorganisms discovered just ten years ...

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One of these involves fusion between cells from domains Archaea and Bacteria: one of the cells involved in the fusion becomes the eukaryote nucleus (Martin & Muller 1998; Martin 2005; Martin et al.