Minimum Information about a Biosynthetic Gene cluster.

M. Medema,R. Kottmann,Pelin Yilmaz,M. Cummings,J. Biggins,K. Blin,Irene de Bruijn,Y. Chooi,J. Claesen,R. Coates,Pablo Cruz-Morales,Srikanth Duddela,Stephanie Düsterhus,D. J. Edwards,D. Fewer,Neha Garg,Christoph Geiger,J. Gomez-Escribano,Anja Greule,Michalis Hadjithomas,A. Haines,Eric J. N. Helfrich,Matthew L. Hillwig,K. Ishida,Adam C. Jones,Carla S. Jones,K. Jungmann,Carsten Kegler,H. Kim,P. Kötter,D. Krug,J. Masschelein,A. Melnik,S. Mantovani,Emily A. Monroe,M. Moore,N. Moss,Hans-Wilhelm Nützmann,Guohui Pan,Amrita Pati,D. Petráš,F. Reen,Federico Rosconi,Z. Rui,Zhenhua Tian,Nicholas J. Tobias,Y. Tsunematsu,Philipp Wiemann,E. Wyckoff,Xiaohui Yan,Grace Yim,F. Yu,Yunchang Xie,B. Aigle,A. Apel,C. Balibar,E. Balskus,F. Barona-Gómez,A. Bechthold,H. Bode,R. Borriss,S. Brady,A. Brakhage,P. Caffrey,Yi-Qiang Cheng,J. Clardy,Russell John Cox,R. De Mot,S. Donadio,M. Donia,W. A. van der Donk,P. Dorrestein,S. Doyle,A. Driessen,M. Ehling-Schulz,K. Entian,M. Fischbach,L. Gerwick,W. Gerwick,H. Gross,B. Gust,C. Hertweck,M. Höfte,S. Jensen,J. Ju,L. Katz,Leonard Kaysser,J. Klassen,N. Keller,J. Kormanec,O. Kuipers,T. Kuzuyama,N. Kyrpides,H. Kwon,S. Lautru,R. Lavigne,Chia Y. Lee,B. Linquan,Xinyu Liu,Wen Liu,A. Luzhetskyy,T. Mahmud,Yvonne Mast,C. Méndez,M. Metsä‐Ketelä,Jason Micklefield,D. Mitchell,B. Moore,L. M. Moreira,R. Müller,B. Neilan,M. Nett,J. Nielsen,F. O'Gara,H. Oikawa,A. Osbourn,M. Osburne,B. Ostash,Shelley M. Payne,J. Pernodet,M. Petříček,J. Piel,O. Ploux,J. Raaijmakers,J. Salas,E. Schmitt,B. Scott,R. Seipke,B. Shen,D. Sherman,K. Sivonen,M. Smanski,M. Sosio,E. Stegmann,R. Süssmuth,K. Tahlan,Christopher M Thomas,Yi Tang,A. Truman,M. Viaud,J. Walton,C. Walsh,T. Weber,G. V. van Wezel,B. Wilkinson,J. Willey,W. Wohlleben,Gerard D. Wright,N. Ziemert,Changsheng Zhang,S. Zotchev,R. Breitling,E. Takano,F. Glöckner

Published 2015 in Nature Chemical Biology

ABSTRACT

A wide variety of enzymatic pathways that produce specialized metabolites in bacteria, fungi and plants are known to be encoded in biosynthetic gene clusters. Information about these clusters, pathways and metabolites is currently dispersed throughout the literature, making it difficult to exploit. To facilitate consistent and systematic deposition and retrieval of data on biosynthetic gene clusters, we propose the Minimum Information about a Biosynthetic Gene cluster (MIBiG) data standard.

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