Archaea display unique capacities, such as methanogenesis and survival at temperatures higher than 90 °C, that make them crucial for understanding the nature of the biota of early Earth. …

Archaea (/ ɑːrˈkiːə / ⓘ ar-KEE-ə) is a domain of organisms. Traditionally, Archaea only included its prokaryotic members, but this since has been found to be paraphyletic, as eukaryotes are …

2020年5月4日 · In this Review, Baker and colleagues discuss how these genomes elucidate the metabolic capabilities of the Archaea and their ecological roles, while also expanding our view …

2017年8月4日 · The possibility of a new root lying within the Euryarchaeota opens up a new look on the origin and early evolution of the Archaea. For example, past inferences on the nature of …

2011年6月1日 · Their analysis provides an increasingly complex picture of archaeal phylogeny and evolution with the proposal of new major phyla, such as the Thaumarchaeota, and …

2017年8月11日 · Analyses of some recently obtained genomes have uncovered previously unknown metabolic traits and provided insights into the evolution of archaea and their …

2020年5月1日 · In this Review, Baker and colleagues discuss how these genomes elucidate the metabolic capabilities of the Archaea and their ecological roles, while also expanding our view …

2011年1月1日 · These transfers reveal that the Archaea and Bacteria were already diversified into different genera before at least two major eukaryal kingdoms diverged, and likely close to the …

2 天之前 · The domain Archaea was initially characterized as extremophiles upon its proposal. Recent significant discoveries have redrawn our views of archaeal biology, encompassing the …

This review synthesizes the latest advancements in our understanding of archaeal functional evolution from four critical perspectives: the diversity and metabolic mechanisms of archaea, …