Liu, Ze-Tao


Publications
4

Insights into chemoautotrophic traits of a prevalent bacterial phylum CSP1-3, herein Sysuimicrobiota

Citation
Liu et al. (2024). National Science Review
Names
Sysuimicrobium Segetimicrobium genomatis Ts Segetimicrobium Geohabitans Sysuimicrobium tengchongense Fervidifonticultor quartus Fervidifonticultor secundus Humicultor Kaftiobacterium Segetimicrobiaceae Geohabitans tengchongensis Ts Sysuimicrobiia Sysuimicrobiota Sysuimicrobiales Sysuimicrobiaceae Kaftiobacterium secundum Ts Kaftiobacteriaceae Thermofontivivens Thermofontiviventaceae Thermofontivivens primus Ts Tepidifontimicrobium thermophilum Ts Tepidifontimicrobium Caldifonticola Sysuimicrobium calidum Ts Fervidifonticultor tertius Fervidifonticultor Humicultoraceae Calidihabitans tengchongensis Ts Calidihabitans Caldifonticola tengchongensis Ts Humicultor tengchongensis Ts Fervidifonticultor primus Ts
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

Temperature, pH, and oxygen availability contributed to the functional differentiation of ancient Nitrososphaeria

Citation
Luo et al. (2024). The ISME Journal 18 (1)
Names
“UBA164”
Abstract
Abstract Ammonia-oxidizing Nitrososphaeria are among the most abundant archaea on Earth and have profound impacts on the biogeochemical cycles of carbon and nitrogen. In contrast to these well-studied ammonia-oxidizing archaea (AOA), deep-branching non-AOA within this class remain poorly characterized because of a low number of genome representatives. Here, we reconstructed 128 Nitrososphaeria metagenome-assembled genomes from acid mine drainage and hot spring sediment metagenomes