Matches in SemOpenAlex for { <https://semopenalex.org/work/W3120635877> ?p ?o ?g. }
- W3120635877 abstract "“ Candidatus Nitrosocaldaceae” are globally distributed in neutral or slightly alkaline hot springs and geothermally heated soils. Despite their essential role in the nitrogen cycle in high-temperature ecosystems, they remain poorly understood because they have never been isolated in pure culture, and very few genomes are available. In the present study, a metagenomics approach was employed to obtain “ Ca. Nitrosocaldaceae” metagenomic-assembled genomes (MAGs) from hot spring samples collected from India and China. Phylogenomic analysis placed these MAGs within “ Ca. Nitrosocaldaceae.” Average nucleotide identity and average amino acid identity analysis suggested the new MAGs represent two novel species of “ Candidatus Nitrosocaldus” and a novel genus, herein proposed as “ Candidatus Nitrosothermus.” Key genes responsible for chemolithotrophic ammonia oxidation and a thaumarchaeal 3HP/4HB cycle were detected in all MAGs. Furthermore, genes coding for urea degradation were only present in “ Ca. Nitrosocaldus,” while biosynthesis of the vitamins, biotin, cobalamin, and riboflavin were detected in almost all MAGs. Comparison of “ Ca . Nitrosocaldales/Nitrosocaldaceae” with other AOA revealed 526 specific orthogroups. This included genes related to thermal adaptation (cyclic 2,3-diphosphoglycerate, and S-adenosylmethionine decarboxylase), indicating their importance for life at high temperature. In addition, these MAGs acquired genes from members from archaea (Crenarchaeota) and bacteria (Firmicutes), mainly involved in metabolism and stress responses, which might play a role to allow this group to adapt to thermal habitats." @default.
- W3120635877 created "2021-01-18" @default.
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- W3120635877 date "2021-01-08" @default.
- W3120635877 modified "2023-10-04" @default.
- W3120635877 title "Genomic Insights of “Candidatus Nitrosocaldaceae” Based on Nine New Metagenome-Assembled Genomes, Including “Candidatus Nitrosothermus” Gen Nov. and Two New Species of “Candidatus Nitrosocaldus”" @default.
- W3120635877 cites W1534819418 @default.
- W3120635877 cites W1539009580 @default.
- W3120635877 cites W1584790813 @default.
- W3120635877 cites W1590141371 @default.
- W3120635877 cites W1597143667 @default.
- W3120635877 cites W1638309306 @default.
- W3120635877 cites W1850412500 @default.
- W3120635877 cites W1854986833 @default.
- W3120635877 cites W1892799384 @default.
- W3120635877 cites W1900937478 @default.
- W3120635877 cites W1918966666 @default.
- W3120635877 cites W1968583363 @default.
- W3120635877 cites W1969307311 @default.
- W3120635877 cites W1969319417 @default.
- W3120635877 cites W1970273405 @default.
- W3120635877 cites W1978775274 @default.
- W3120635877 cites W1990103407 @default.
- W3120635877 cites W1991334160 @default.
- W3120635877 cites W1997985233 @default.
- W3120635877 cites W2002868103 @default.
- W3120635877 cites W2003738804 @default.
- W3120635877 cites W2006029448 @default.
- W3120635877 cites W2007862367 @default.
- W3120635877 cites W2010983003 @default.
- W3120635877 cites W2021627231 @default.
- W3120635877 cites W2029055654 @default.
- W3120635877 cites W2032670022 @default.
- W3120635877 cites W2038228152 @default.
- W3120635877 cites W2045204781 @default.
- W3120635877 cites W2045843097 @default.
- W3120635877 cites W2054287183 @default.
- W3120635877 cites W2058645511 @default.
- W3120635877 cites W2064735458 @default.
- W3120635877 cites W2075446924 @default.
- W3120635877 cites W2076115496 @default.
- W3120635877 cites W2076589456 @default.
- W3120635877 cites W2084694036 @default.
- W3120635877 cites W2087656549 @default.
- W3120635877 cites W2090959570 @default.
- W3120635877 cites W2094421489 @default.
- W3120635877 cites W2102021856 @default.
- W3120635877 cites W2102588957 @default.
- W3120635877 cites W2104539744 @default.
- W3120635877 cites W2108072788 @default.
- W3120635877 cites W2110282379 @default.
- W3120635877 cites W2111647009 @default.
- W3120635877 cites W2111764991 @default.
- W3120635877 cites W2112364185 @default.
- W3120635877 cites W2112547025 @default.
- W3120635877 cites W2115888213 @default.
- W3120635877 cites W2116913446 @default.
- W3120635877 cites W2116951543 @default.
- W3120635877 cites W2118451973 @default.
- W3120635877 cites W2120896104 @default.
- W3120635877 cites W2120902911 @default.
- W3120635877 cites W2122271572 @default.
- W3120635877 cites W2126325148 @default.
- W3120635877 cites W2132926880 @default.
- W3120635877 cites W2134280276 @default.
- W3120635877 cites W2143485490 @default.
- W3120635877 cites W2144708805 @default.
- W3120635877 cites W2149429041 @default.
- W3120635877 cites W2160378127 @default.
- W3120635877 cites W2162291311 @default.
- W3120635877 cites W2163088012 @default.
- W3120635877 cites W2169211592 @default.
- W3120635877 cites W2169244146 @default.
- W3120635877 cites W2169802985 @default.
- W3120635877 cites W2177882475 @default.
- W3120635877 cites W2178637309 @default.
- W3120635877 cites W2275450845 @default.
- W3120635877 cites W2280701844 @default.
- W3120635877 cites W2288993775 @default.
- W3120635877 cites W2324759635 @default.
- W3120635877 cites W2346661437 @default.
- W3120635877 cites W2468465743 @default.
- W3120635877 cites W2553435300 @default.
- W3120635877 cites W2559588208 @default.
- W3120635877 cites W2605920051 @default.
- W3120635877 cites W2726381243 @default.
- W3120635877 cites W2736417223 @default.
- W3120635877 cites W2753961085 @default.
- W3120635877 cites W2765689343 @default.
- W3120635877 cites W2788893203 @default.