The Promiscuous Activity of the Radical SAM Enzyme NosL toward Two Unnatural Substrates
Author:
Affiliation:
1. Department of Chemistry Fudan University Shanghai 200433 China
Publisher
Wiley
Subject
General Chemistry
Link
https://onlinelibrary.wiley.com/doi/pdf/10.1002/cjoc.202100304
Reference41 articles.
1. Arnison P. G.; Bibb M. J.; Bierbaum G.; Bowers A. A.; Bugni T. S.; Bulaj G.; Camarero J. A.; Campopiano D. J.; Challis G. L.; Clardy J.; Cotter P. D.; Craik D. J.; Dawson M.; Dittmann E.; Donadio S.; Dorrestein P. C.; Entian K.‐D.; Fischbach M. A.; Garavelli J. S.; Göransson U.; Gruber C. W.; Haft D. H.; Hemscheidt T. K.; Hertweck C.; Hill C.; Horswill A. R.; Jaspars M.; Kelly W. L.; Klinman J. P.; Kuipers O. P.; Link A. J.; Liu W.; Marahiel M. A.; Mitchell D. A.; Moll G. N.; Moore B. S.; Müller R.; Nair S. K.; Nes I. F.; Norris G. E.; Olivera B. M.; Onaka H.; Patchett M. L.; Piel J.; Reaney M. J. T.; Rebuffat S.; Ross R. P.; Sahl H.‐G.; Schmidt E. W.; Selsted M. E.; Severinov K.; Shen B.; Sivonen K.; Smith L.; Stein T.; Süssmuth R. E.; Tagg J. R.; Tang G.‐L.; Truman A. W.; Vederas J. C.; Walsh C. T.; Walton J. D.; Wenzel S. C.; Willey J. M.; van der Donk W. A. Ribosomally Synthesized and Post‐translationally Modified Peptide Natural Products: Overview and Recommendations for a Universal Nomenclature.Nat. Prod. Rep.2013 30 108–160.
2. Montalban‐Lopez M.; Scott T. A.; Ramesh S.; Rahman I. R.; van Heel A. J.; Viel J. H.; Bandarian V.; Dittmann E.; Genilloud O.; Goto Y.; Grande Burgos M. J.; Hill C.; Kim S.; Koehnke J.; Latham J. A.; Link A. J.; Martinez B.; Nair S. K.; Nicolet Y.; Rebuffat S.; Sahl H. G.; Sareen D.; Schmidt E. W.; Schmitt L.; Severinov K.; Sussmuth R. D.; Truman A. W.; Wang H.; Weng J. K.; van Wezel G. P.; Zhang Q.; Zhong J.; Piel J.; Mitchell D. A.; Kuipers O. P.; van der Donk W. A. New developments in RiPP discovery enzymology and engineering.Nat. Prod. Rep.2021 38 130–239.
3. Structure of nosiheptide, a polythiazole-containing antibiotic
4. Nosiheptide Biosynthesis Featuring a Unique Indole Side Ring Formation on the Characteristic Thiopeptide Framework
5. Radical-mediated enzymatic carbon chain fragmentation-recombination
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