FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4294839600> ?p ?o ?g. }

• W4294839600 endingPage "119062" @default.
• W4294839600 startingPage "119062" @default.
• W4294839600 abstract "Denitrifying bacteria with high abundances in anammox communities play crucial roles in achieving stable anammox-based systems. Despite the relative constant composition of denitrifying bacteria, their functional diversity remains to be explored in anammox communities. Herein, a total of 77 high-quality metagenome-assembled genomes (MAGs) of denitrifying bacteria were recovered from the anammox community in a full-scale swine wastewater treatment plant. Among these microbes, a total of 26 MAGs were affiliated with the seven dominant denitrifying genera that have total abundances higher than 1%. A meta-analysis of these species suggested that external organics reduced the abundances of genus Ignavibacterium and species MAG.305 of UTPRO2 in anammox communities. Comparative genome analysis revealed functional divergence across different denitrifying bacteria, largely owing to their distinct capabilities for carbohydrate (including endogenous and exogenous) utilization and vitamin (e.g., pantothenate and thiamine) biosynthesis. Serval microbes in this system contained fewer genes encoding biotin, pantothenate and methionine biosynthesis compared with their related species from other habitats. In addition, the genes encoding energy production and conversion (73 genes) and inorganic ion transport (53 genes) putatively transferred from other species to denitrifying bacteria, while these denitrifying bacteria (especially genera UTPRO2 and SCN-69-89) likely donated the genes encoding nutrients (e.g., inorganic ion and amino acid) transporter (64 genes) for other members to utilize new metabolites. Collectively, these findings highlighted the functional divergence of these denitrifying bacteria and speculated that the genetic interactions within anammox communities through horizontal gene transfer may be one of the reasons for their functional divergence." @default.
• W4294839600 created "2022-09-07" @default.
• W4294839600 creator A5078367750 @default.
• W4294839600 creator A5080852084 @default.
• W4294839600 creator A5088311812 @default.
• W4294839600 date "2022-10-01" @default.
• W4294839600 modified "2023-10-17" @default.
• W4294839600 title "Genome-centric metagenomics insights into functional divergence and horizontal gene transfer of denitrifying bacteria in anammox consortia" @default.
• W4294839600 cites W1484046145 @default.
• W4294839600 cites W1878521557 @default.
• W4294839600 cites W1926848024 @default.
• W4294839600 cites W2031342515 @default.
• W4294839600 cites W2031611770 @default.
• W4294839600 cites W2041580655 @default.
• W4294839600 cites W2045204781 @default.
• W4294839600 cites W2052908737 @default.
• W4294839600 cites W2055758623 @default.
• W4294839600 cites W2066396905 @default.
• W4294839600 cites W2099630618 @default.
• W4294839600 cites W2103901746 @default.
• W4294839600 cites W2107940314 @default.
• W4294839600 cites W2113679889 @default.
• W4294839600 cites W2118416486 @default.
• W4294839600 cites W2131271579 @default.
• W4294839600 cites W2141052558 @default.
• W4294839600 cites W2153142029 @default.
• W4294839600 cites W2160378127 @default.
• W4294839600 cites W2163250554 @default.
• W4294839600 cites W2313726856 @default.
• W4294839600 cites W2314329613 @default.
• W4294839600 cites W2513727910 @default.
• W4294839600 cites W2515696551 @default.
• W4294839600 cites W2534910269 @default.
• W4294839600 cites W2602181188 @default.
• W4294839600 cites W2617549535 @default.
• W4294839600 cites W2736920791 @default.
• W4294839600 cites W2753961085 @default.
• W4294839600 cites W2768882350 @default.
• W4294839600 cites W2783751395 @default.
• W4294839600 cites W2794647037 @default.
• W4294839600 cites W2795558562 @default.
• W4294839600 cites W2804100011 @default.
• W4294839600 cites W2891094471 @default.
• W4294839600 cites W2891630545 @default.
• W4294839600 cites W2900629010 @default.
• W4294839600 cites W2916823195 @default.
• W4294839600 cites W2919501171 @default.
• W4294839600 cites W2921115230 @default.
• W4294839600 cites W2938868597 @default.
• W4294839600 cites W2944573370 @default.
• W4294839600 cites W2945714231 @default.
• W4294839600 cites W2949841808 @default.
• W4294839600 cites W2949948358 @default.
• W4294839600 cites W2950464960 @default.
• W4294839600 cites W2951254987 @default.
• W4294839600 cites W2970153829 @default.
• W4294839600 cites W2970789759 @default.
• W4294839600 cites W2971277259 @default.
• W4294839600 cites W2984902610 @default.
• W4294839600 cites W2986031755 @default.
• W4294839600 cites W2988396470 @default.
• W4294839600 cites W2989773935 @default.
• W4294839600 cites W3001485999 @default.
• W4294839600 cites W3008916739 @default.
• W4294839600 cites W3028280407 @default.
• W4294839600 cites W3034649369 @default.
• W4294839600 cites W3036840029 @default.
• W4294839600 cites W3039975896 @default.
• W4294839600 cites W3040912051 @default.
• W4294839600 cites W3041413814 @default.
• W4294839600 cites W3082714860 @default.
• W4294839600 cites W3091137023 @default.
• W4294839600 cites W3117924797 @default.
• W4294839600 cites W3118488830 @default.
• W4294839600 cites W3118782875 @default.
• W4294839600 cites W3123702734 @default.
• W4294839600 cites W3125117319 @default.
• W4294839600 cites W3146280455 @default.
• W4294839600 cites W3148149465 @default.
• W4294839600 cites W3155905513 @default.
• W4294839600 cites W3164281576 @default.
• W4294839600 cites W3178664888 @default.
• W4294839600 cites W3185313222 @default.
• W4294839600 cites W3212385379 @default.
• W4294839600 cites W4200561049 @default.
• W4294839600 cites W4205501272 @default.
• W4294839600 cites W4210585992 @default.
• W4294839600 doi "https://doi.org/10.1016/j.watres.2022.119062" @default.
• W4294839600 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36116192" @default.
• W4294839600 hasPublicationYear "2022" @default.
• W4294839600 type Work @default.
• W4294839600 citedByCount "5" @default.
• W4294839600 countsByYear W42948396002023 @default.
• W4294839600 crossrefType "journal-article" @default.
• W4294839600 hasAuthorship W4294839600A5078367750 @default.
• W4294839600 hasAuthorship W4294839600A5080852084 @default.
• W4294839600 hasAuthorship W4294839600A5088311812 @default.
• W4294839600 hasConcept C104317684 @default.

• next