Discovery of an ene-reductase for initiating flavone and flavonol catabolism in gut bacteria.

(MSE)KILGISGG(MSE)RNGSNDG(MSE)CIEAL(MSE)GAKE(MSE)GAEVEFIQLQNLHIEHCTGCTACVQSVLGGR
GGKCVLKDDFDWLLDK(MSE)LDADGIVFSTPIFEKGATGLFHTITDRFGPR(MSE)DRGNNIIGTKIAEETGGTAPDPR
ILKDKVISF(MSE)SVGGSDWVTRTQCDAG(MSE)LALTP(MSE)WKVIDNEVFPWALSILVEDERVARAHQIGRNIAEA
AKDIEHAQYQGDAGVCPHCHSRNFHLQDGKAICCLCGLEGEIHNEGGKYSFTFPAEQLEHAHDTLSGKFIHGNDIKENTG
KKIAN(MSE)QTEKYKARQAAYRAFITATVPEKG

MKILGISGGMRNGSNDGMCIEALMGAKEMGAEVEFIQLQNLHIEHCTGCTACVQSVLGGRGGKCVLKDDFDWLLDKMLDA
DGIVFSTPIFEKGATGLFHTITDRFGPRMDRGNNIIGTKIAEETGGTAPDPRILKDKVISFMSVGGSDWVTRTQCDAGML
ALTPMWKVIDNEVFPWALSILVEDERVARAHQIGRNIAEAAKDIEHAQYQGDAGVCPHCHSRNFHLQDGKAICCLCGLEG
EIHNEGGKYSFTFPAEQLEHAHDTLSGKFIHGNDIKENTGKKIANMQTEKYKARQAAYRAFITATVPEKG

0.1 M magnesium formate dihydrate and 15 w/v polyethylene glycol 3350

National Natural Science Foundation of China (NSFC)