Abstract 1 Archaea are active members of the gut microbiome, but a thorough analysis of
their diversity 2 and abundance in a wide range of animals is lacking. Here, we examined …

Archaea are common constituents of the gut microbiome of humans, ruminants, and termites
but little is known about their diversity and abundance in other animals. Here, we analyse …

Commonly used 16S rRNA gene primers miss much of the archaeal diversity present in the
vertebrate gut, leaving open the question of which archaea are host associated, the …

Simple Summary Archaea is identified as the key link in the interaction between gut
microbiota and host metabo-lism. Studies on human and mice have reported archaea …

Commonly used 16S rRNA gene primers do not detect the full range of archaeal diversity
present in the vertebrate gut. As a result, several questions regarding the archaeal …

Background Archaea perform critical roles in the microbiome system, including utilizing
hydrogen to allow for enhanced microbiome member growth and influencing overall host …

Archaea are considered an essential group of gut microorganisms in both humans and
animals. However, they have been neglected in previous studies, especially those involving …

Background Methanogenic archaea represent a less investigated and likely underestimated
part of the intestinal tract microbiome in swine. Aims/Methods This study aims to elucidate …

This article updates a previous one with the same title from 2010. It is not a comprehensive
review but a summary of various reports published from 2011 onwards, illustrating advances …

Prokaryotes forming the domain of Archaea, named after their first discovery in extreme
environments, are acknowledged but still neglected members of the human digestive tract …