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EC Number
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1.14.14.B14
FAD
the Redox potential of PqsL is sufficiently positive for direct reduction by free flavin, determination of a two-electron midpoint potential of -140 mV for the PqsL-internal FAD
765050
1.14.14.B14
FMN
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765050
1.14.14.B14
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PqsL is able to receive electrons from reduced FAD. Alternatively, PqsL might exchange its internal FAD cofactor for FADH2, but because the reaction can be supported by reduced FMN as well (albeit with lower efficiency), a cofactor exchange is rather unlikely. PqsL depends on free reduced flavin as electron donor instead of NAD(P)H. The enzyme is not capable of binding NAD(P)H in the alleged mode because several of the crucial positions are replaced by dysfunctional substitutions
765050
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