HiBC: a publicly available collection of bacterial strains isolated from the human gut.

HiBC:一个公开提供的从人类肠道中分离的细菌菌株集合

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作者:Hitch Thomas C A, Masson Johannes M, Pauvert Charlie, Bosch Johanna, Nüchtern Selina, Treichel Nicole S, Baloh Marko, Razavi Soheila, Afrizal Afrizal, Kousetzi Ntana, Aguirre Andrea M, Wylensek David, Coates Amy C, Jennings Susan A V, Panyot Atscharah, Viehof Alina, Schmitz Matthias A, Stuhrmann Maximilian, Deis Evelyn C, Bisdorf Kevin, Chiotelli Maria D, Lissin Artur, Schober Isabel, Witte Julius, Cramer Thorsten, Riedel Thomas, Wende Marie, Winter Katrin A, Amend Lena, Riva Alessandra, Trinh Stefanie, Mitchell Laura, Hartman Jonathan, Berry David, Seitz Jochen, Bossert Lukas C, Grognot Marianne, Allers Thorsten, Strowig Till, Pester Michael, Abt Birte, Reimer Lorenz C, Overmann Jörg, Clavel Thomas
Numerous bacteria in the human gut microbiome remain unknown and/or have yet to be cultured. While collections of human gut bacteria have been published, few strains are accessible to the scientific community. We have therefore created a publicly available collection of bacterial strains isolated from the human gut. The Human intestinal Bacteria Collection (HiBC) ( https://www.hibc.rwth-aachen.de ) contains 340 strains representing 198 species within 29 families and 7 phyla, of which 29 previously unknown species are taxonomically described and named. These included two butyrate-producing species of Faecalibacterium and new dominant species associated with health and inflammatory bowel disease, Ruminococcoides intestinale and Blautia intestinihominis, respectively. Plasmids were prolific within the HiBC isolates, with almost half (46%) of strains containing plasmids, with a maximum of six within a strain. This included a broadly occurring plasmid (pBAC) that exists in three diverse forms across Bacteroidales species. Megaplasmids were identified within two strains, the pMMCAT megaplasmid is globally present within multiple Bacteroidales species. This collection of easily searchable and publicly available gut bacterial isolates will facilitate functional studies of the gut microbiome.

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