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City Santa Clara / View / Bradford / Baltimore / Tokyo / Tsai / Clara / Jolla / Breazeale / Darmstadt / Mountain View / / Company Agilent Technologies / Millipore / Sieber S.A. / J. Ind. / Wilson / Nature America Inc. / / Country Germany / United States / / Currency pence / / / Facility terminal Department / C terminus / terminal L / To shed / terminal L-pHPG / terminal D / terminal pHPG / Johns Hopkins Core Sequencing Facility / terminal D-pHPG β-lactam / Johns Hopkins University / Harvard University / / IndustryTerm active site / spontaneous chemical epimerization / chemical biology doi / chemical hydrolysis / sulfoxide solution / peptide products / chemical equilibrium / peptidyl carrier proteins / carrier protein / overall predicted peptide product / online version / metal-affinity resin / chemical compound information / peptide product / kMWCO filtration device / mature peptide product / aqueous solution / chemical advice / carrier thiotemplate mechanism / chemical biology / ONLINE METHODS The PCR products / final product / predicted peptide products / reaction solution / μl solution / Stock solutions / pentapeptide product / peptidyl carrier protein / online publication / restriction site / carrier protein thioester linkage / substrate solution / thioesterase processing / chemical / chemical epimerization / filtration devices / / Organization Harvard University / Johns Hopkins University / C-terminal Department of Chemistry / / Person Nicole M Gaudelli / Craig A Townsend / Nat / / Position producer / Author / / Product Mg CO2H / Nocardicin A / dimethyl sulfoxide / / ProvinceOrState Maryland / South Dakota / New Mexico / South Carolina / / PublishedMedium nature CHEMICAL BIOLOGY / / Technology directed mutagenesis / cloning / DNA sequencing / condensation / spectroscopy / flash / / URL http /
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article published online: 16 february 2014 | doi: [removed]nchembio.1456 Epimerization and substrate gating by a TE domain in b-lactam antibiotic biosynthesis