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Bacteria are the best-understood prokaryotes, and because of their simple genetic structure, provided the team with the ideal host to analyze the mechanisms and machinery involved in the ribosome-RNAP coupling during gene expression.

These findings deviate from the currently assumed potential of prokaryotes and biogeochemical processes related to climate change.

The results indicated that prokaryotes from SL to DL are closely associated with climate change drivers.

Analyzing microbes in Tirez soil samples from 2002 and 2021 for a study in Scientific Reports, Fairén and his colleagues found that single-celled organisms called prokaryotes had adapted to thrive in extremely dry sediments.

“We are finding protein families in prokaryotes that have been thought to exist only in eukaryotes.”