KEGG   ORTHOLOGY: K26178
Entry
K26178                      KO                                     
Symbol
fcr
Name
flavanone/flavanol-cleaving reductase
Pathway
map00946  Degradation of flavonoids
map01100  Metabolic pathways
Module
M00967  Flavone degradation, luteolin/apigenin => DHCA/phloretate
Reaction
R13072  
R13073  
Brite
KEGG Orthology (KO) [BR:ko00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    K26178  fcr; flavanone/flavanol-cleaving reductase
Other DBs
COG: COG1902
Genes
VFU: vfu_A01603
DPG: DESPIGER_0554
BPO: BP951000_0290
BPJ: B2904_orf1599
BPIP: BPP43_01585
BPW: WESB_1057
PPOL: X809_41125
PTA: HPL003_06280
PAEN: P40081_31005
PPEO: ABE82_24810
PAIH: ASL14_12980
PMAE: LMZ02_27180
CKL: CKL_0591
CKR: CKR_0522
CLJ: CLJU_c16160 CLJU_c38590
CLS: CXIVA_14860 CXIVA_19050 CXIVA_20250
CSR: Cspa_c17570 Cspa_c47600(nADH4) Cspa_c47690
CAH: CAETHG_3711
CSQ: CSCA_1118 CSCA_4445
CACE: CACET_c23260
CCK: Ccar_08775 Ccar_23995
CEU: A7L45_08420
CDRK: B9W14_13200 B9W14_22830
CLOS: DMR38_08175 DMR38_19240
CFB: CLFE_004000
CGEL: psyc5s11_10460
CALE: FDN13_06105 FDN13_09365
RPAY: P0092_03300 P0092_03305
FPLA: A4U99_13680 A4U99_14105
RGV: NQ502_06360
INT: RX717_01940 RX717_03455
DOR: Desor_3841
AWI: CHL1_001392
ALKA: J0B03_11670
BFI: CIY_22560
CCT: CC1_02860
BYL: A4V09_15095
BPRO: PMF13cell1_02062
BLAR: LC508_04355 LC508_13620
BCOC: BLCOC_11510 BLCOC_53690(fldZ_4)
BHV: BLHYD_09790
ACAC: EYQ97_05445
ACHT: bsdcttw_16810
AHB: bsdtb5_13730
LBX: lbkm_0041
ABUT: Ami103574_04970
AHAD: FRZ06_10500 FRZ06_15760 FRZ06_18495 FRZ06_21285
CDC: CD196_2915
CDL: CDR20291_2962
TTO: Thethe_02475
TEP: TepRe1_2259
TAE: TepiRe1_2426
BACG: D2962_01175
MED: MELS_1664
SSID: SPSIL_054650
AFN: Acfer_0913
EBM: SG0102_00310
EHN: H9Q80_08250
ERM: EYR00_02615
OLS: Olsu_0488
ATB: J4859_10740
HEH: L3i23_13640
CELE: P9841_06485
DCP: RN607_10520
IPO: Ilyop_1640
AG: AGS82961(fcr)
 » show all
Reference
PMID:31375488
  Authors
Braune A, Gutschow M, Blaut M.
  Title
An NADH-Dependent Reductase from Eubacterium ramulus Catalyzes the Stereospecific Heteroring Cleavage of Flavanones and Flavanonols.
  Journal
Appl Environ Microbiol 85:e01233-19 (2019)
DOI:10.1128/AEM.01233-19
  Sequence
[ag:AGS82961]
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