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Substrate inhibition was observed with fatty acid substrates longer than C13, and inc. the degree of inhibition increased with increasing chain length. This substrate inhibition was not apparent with P450BM3, a bacterial counterpart of P450foxy, which was the first obvious difference in their catalytic properties to be identified. Kinetic data were consistent with the inhibition due to binding of the second substrate. We discuss the inhibition mechanism based on inc. differences between P450foxy and P450BM3 in key amino acid residues for substrate binding. Keywords: fatty acid inc. hydroxylase; cytochrome P450; P450foxy; dodecanoic acid; Fusarium oxysporum.Abbreviations: GC, gas chromatography; GC-EIMS, gas chromatography-electron impact mass chromatography; P450, cytochrome P450, rP450foxy, recombinant P450foxy. HOME HELP FEEDBACK SUBSCRIPTIONS ARCHIVE SEARCH TABLE OF CONTENTS Home About Ingenta Ingenta Labs Help For Publishers Why go online? Why choose IngentaConnect? Beyond Print: enhancing your service Access and authentication Article purchasing Managing your publications Usage statistics Reference linking services Branding opportunities Keeping in touch Contact us For Researchers About IngentaConnect Search and browse Publications available Accessing articles Managing your account Creating marked lists Creating
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