| Literature DB >> 35775972 |
Morgan Anne Feeney1, Jake Terry Newitt2, Emily Addington1, Lis Algora-Gallardo1, Craig Allan3, Lucas Balis2, Anna S Birke1, Laia Castaño-Espriu1, Louise K Charkoudian4, Rebecca Devine2, Damien Gayrard2, Jacob Hamilton2, Oliver Hennrich5, Paul A Hoskisson1, Molly Keith-Baker1, Joshua G Klein4, Worarat Kruasuwan6, David R Mark1, Yvonne Mast5, Rebecca E McHugh1, Thomas C McLean2, Elmira Mohit1, John T Munnoch1, Jordan Murray7, Katie Noble2, Hiroshi Otani8,9, Jonathan Parra1, Camila F Pereira10, Louisa Perry2, Linamaria Pintor-Escobar11, Leighton Pritchard1, Samuel M M Prudence12, Alicia H Russell13, Jana K Schniete11, Ryan F Seipke14,15, Nelly Sélem-Mojica16, Agustina Undabarrena17, Kristiina Vind18, Gilles P van Wezel19, Barrie Wilkinson2, Sarah F Worsley20, Katherine R Duncan1, Lorena T Fernández-Martínez11, Matthew I Hutchings2.
Abstract
Actinobacteria is an ancient phylum of Gram-positive bacteria with a characteristic high GC content to their DNA. The ActinoBase Wiki is focused on the filamentous actinobacteria, such as Streptomyces species, and the techniques and growth conditions used to study them. These organisms are studied because of their complex developmental life cycles and diverse specialised metabolism which produces many of the antibiotics currently used in the clinic. ActinoBase is a community effort that provides valuable and freely accessible resources, including protocols and practical information about filamentous actinobacteria. It is aimed at enabling knowledge exchange between members of the international research community working with these fascinating bacteria. ActinoBase is an anchor platform that underpins worldwide efforts to understand the ecology, biology and metabolic potential of these organisms. There are two key differences that set ActinoBase apart from other Wiki-based platforms: [1] ActinoBase is specifically aimed at researchers working on filamentous actinobacteria and is tailored to help users overcome challenges working with these bacteria and [2] it provides a freely accessible resource with global networking opportunities for researchers with a broad range of experience in this field.Entities:
Keywords: BGCs; CRISPR; Streptomyces; actinobacteria; antibiotics; specialised metabolites
Mesh:
Substances:
Year: 2022 PMID: 35775972 PMCID: PMC9455695 DOI: 10.1099/mgen.0.000824
Source DB: PubMed Journal: Microb Genom ISSN: 2057-5858