Yuan, Yang

Publications
2

Citation: Liu et al. (2024). National Science Review
Names: “Sysuimicrobium” “Segetimicrobium genomatis” “Segetimicrobium” “Geohabitans” “Sysuimicrobium tengchongense” “Fervidifonticultor quartus” “Fervidifonticultor secundus” “Humicultor” “Kaftiobacterium” “Segetimicrobiaceae” “Geohabitans tengchongensis” “Sysuimicrobiia” “Sysuimicrobiota” “Sysuimicrobiales” “Sysuimicrobiaceae” “Kaftiobacterium secundum” “Kaftiobacteriaceae” “Thermofontivivens” “Thermofontiviventaceae” “Thermofontivivens primus” “Tepidifontimicrobium thermophilum” “Tepidifontimicrobium” “Caldifonticola” “Sysuimicrobium calidum” “Fervidifonticultor tertius” “Fervidifonticultor” “Humicultoraceae” “Calidihabitans tengchongensis” “Calidihabitans” “Caldifonticola tengchongensis” “Humicultor tengchongensis” “Fervidifonticultor primus”
Abstract: Abstract Candidate bacterial phylum CSP1-3 has not been cultivated and is poorly understood. Here, we analyzed 112 CSP1-3 metagenome-assembled genomes (MAGs) and showed they are likely facultative anaerobes, with three of five families encoding autotrophy through the reductive glycine pathway (RGP), Wood–Ljungdahl pathway (WLP), or Calvin-Benson-Bassham (CBB), with hydrogen or sulfide as electron donors. Chemoautotrophic enrichments from hot spring sediments and fluorescence in si

Citation: Yuan et al. (2021). Applied and Environmental Microbiology 87 (22)
Names: Ca. Sysuiplasmatales
Abstract: A wide array of archaea populate Earth’s extreme environments; therefore, they may play important roles in mediating biogeochemical processes such as iron and sulfur cycling. However, our knowledge of archaeal biology and evolution is still limited considering that the majority of the archaeal diversity is uncultured.