KEGG   ORTHOLOGY: K28635
Entry
K28635                      KO                                     
Symbol
E1.2.1.97
Name
3-sulfolactaldehyde dehydrogenase [EC:1.2.1.97]
Pathway
map00566  Sulfoquinovose metabolism
map01100  Metabolic pathways
Module
M01050  Sulfoquinovose degradation, sulfoglycolytic Entner-Doudoroff pathway, sulfoquinovose => (S)-3-sulfolactate
Reaction
R11677  (2S)-3-sulfolactaldehyde:NAD+ oxidoreductase
R11678  (2S)-3-sulfolactaldehyde:NADP+ oxidoreductase
Brite
KEGG Orthology (KO) [BR:ko00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00566 Sulfoquinovose metabolism
    K28635  E1.2.1.97; 3-sulfolactaldehyde dehydrogenase
Enzymes [BR:ko01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.1  With NAD+ or NADP+ as acceptor
    1.2.1.97  3-sulfolactaldehyde dehydrogenase
     K28635  E1.2.1.97; 3-sulfolactaldehyde dehydrogenase
Other DBs
COG: COG1012
Genes
PPUT: L483_11455(gabD)
PZE: HU754_026335
PWY: HU734_012215
PFOU: OZ911_11895
CHRU: DXT74_22100
HMR: Hipma_0857
DAV: DESACE_06285
SFU: Sfum_1309
PPHT: GA004_03755 GA004_13610
AAGG: ETAA8_61360(gabD_2)
GMR: GmarT_04230(gabD_1)
GIM: F1728_12055
GPN: Pan110_04780(gabD_1)
GFM: Enr17x_05880(davD)
GAZ: Pan241w_04800(davD)
GAW: V144x_53210(davD)
GAX: Pan161_30530(gabD_2)
CHYA: V22_33110(davD)
PVAR: SH412_005296
CSPN: ACLV6H_25415
AAE: aq_186(aldH1)
HYA: HY04AAS1_0544
HHO: HydHO_0532
HYS: HydSN_0543
HTH: HTH_0792
HTE: Hydth_0792
TAL: Thal_1021
TRD: THERU_00700
PDIZ: IAE16_07025
PFLO: G3M65_05690
SUL: SYO3AOP1_1075
SAF: SULAZ_0029
PMX: PERMA_1584
TAM: Theam_0489
DTE: Dester_0320
TTK: TST_0167(gapN)
DDF: DEFDS_1920
CNI: Calni_0031
FSI: Flexsi_1319
DTU: Dtur_0484
BAN: BA_2289
BAR: GBAA_2289
BAT: BAS2135
BAH: BAMEG_2305
BAI: BAA_2353
BAX: H9401_2176
BANT: A16_23270
BANR: A16R_23530
BANS: BAPAT_2189
BANH: HYU01_11415
BANV: DJ46_1087
BAL: BACI_c22510(gabD)
BCE: BC2241
BCA: BCE_2323
BCZ: BCE33L2069(gabD)
BCR: BCAH187_A2398
BCB: BCB4264_A2271
BCU: BCAH820_2314
BCG: BCG9842_B3054
BCX: BCA_2370
BNC: BCN_2217
BCF: bcf_11465
BCER: BCK_23395
BCEF: BcrFT9_01826
BTK: BT9727_2073(gabD)
BTL: BALH_2052
BTB: BMB171_C2019
BTT: HD73_2530
BTHR: YBT1520_12375
BTHI: BTK_12540
BTC: CT43_CH2207
BTF: YBT020_11705
BTG: BTB_c23220
BTI: BTG_08670
BTN: BTF1_08710
BTHT: H175_ch2241
BTHU: YBT1518_12440
BTW: BF38_3491
BTHY: AQ980_18415
BWE: BcerKBAB4_2108
BWW: bwei_2755(gabD2)
BMYO: BG05_3753
BTM: MC28_1460
BTY: Btoyo_4873
BBY: CY96_10330
BWD: CT694_12145
BTRO: FJR70_08195
BMOB: MLA2C4_11445
BNT: GSN03_10985
BPAC: LMD38_15305
BPAN: NLJ82_11050
BALU: QRY64_13725
BAAP: BGI23_11035
BPAM: AABL52_15885
BIF: N288_16200
BASB: M662_16390
BASD: LCG60_11245
BAEZ: DPQ26_11370
BAAZ: GD442_10725
BACN: GNK04_19540
BABD: EKQ63_12505
BHK: B4U37_05770
BMQ: BMQ_3643
BMH: BMWSH_1560(aldH1)
PRIE: ACN5XJ_18085
BON: A361_15240
CSOA: LIS82_15780
CSPG: LS684_12470
CPSS: M5V91_24070
BDA: FSZ17_20170
OJD: NP439_23040
OON: NP440_17625
LMAC: I6G82_05315
LYP: MTP04_35150(aldH1)
LLB: R6U77_03695
LYR: AB9L17_17020 AB9L17_24540
HHD: HBHAL_2112
HMN: HM131_15620
HLI: HLI_05835
HNZ: P9989_06300
HSAN: MUN89_06100
HSHI: MUO14_19895
HAMY: MUO15_07350
TAID: KS242_12915
VIR: X953_04860
VHL: BME96_04040
VIL: CFK37_01220
SJE: AAV35_009765
SAPL: U0355_02235
APAK: AP3564_00580
ACOP: RI196_16895
BSJ: UP17_13865
BMUR: ABE28_009820
PBUT: DTO10_25840
PERI: RE409_27970
PERJ: JNUCC41_21990
PERS: ACJ9PY_14515
AQT: FN924_05175
RAX: KO561_05420
PSYH: D0S48_08375
PSYB: KD050_04745
PPSN: ACQCPR_02095
GRC: GI584_17770
POF: GS400_03740
PCHU: QNI29_03795
PONA: IMZ31_03200
NMK: CHR53_13915
NTM: BTDUT50_09815
NDT: L1999_01785
NCM: QNK12_18350
MEKU: HUW50_07735
MSEM: GMB29_25405
MDG: K8L98_14885
MLIT: KDJ21_025195
MENL: MVE64_19835
MRL: WCV66_05040
MHRF: QLQ22_23775
BWH: A9C19_00950
AIA: AWH56_019840
SEDD: ERJ70_03930
FAF: OE104_10485
ALKG: MOJ78_02580
DOM: RRU94_00645
FEC: QNH15_13645
PHJ: LC071_08695
GKA: GK1919
GTE: GTCCBUS3UF5_22060
GTK: GT3570_09090
GTM: GT3921_09990
GLI: GLN3_02740
BCAL: CWI35_00740
GTN: GTNG_1826
GWC: GWCH70_1487 GWCH70_1493
GYC: GYMC61_2752
GYA: GYMC52_1882
GCT: GC56T3_1611
GMC: GY4MC1_2164
GGH: GHH_c19750
GJF: M493_09880
GEA: GARCT_01890(gapN)
GEL: IB49_01455
GSE: GT50_18830
GSR: GS3922_07050
GEJ: A0V43_06945
GZA: IC807_05780
GIC: ACPVTF_08765
GTH: Geoth_2236
PTL: AOT13_11600
PTB: DER53_12000 DER53_12025
PARG: PspKH34_20790(gabD_1) PspKH34_21670(gabD_2)
PCAL: BV455_03616(gapN)
AGN: AFK25_08360
AAYD: B379_14010
ACAI: ISX45_05135
AAMY: GFC30_2168
HYI: K2M58_04735 K2M58_06350
BBE: BBR47_56480
BLR: BRLA_c010460(gabD)
BFM: BP422_23815
BAGR: BA6348_04190
BRW: GOP56_21200
BCHS: JNE38_29645
BCOP: JD108_11340
BPAB: PSE45_26770 PSE45_27315
BHUI: LOK74_02410
BAYD: BSPP4475_10480
BBOR: RFB14_09085
BRUM: NDK47_09200
BREH: HP435_27345 HP435_27905
ASED: IRT44_14900
BREP: M655_001855
BGEL: AAFJ72_20940
PPY: PPE_00655
PPM: PPSC2_03675(gabD)
PPO: PPM_0678(gabD)
PPOL: X809_03200
PPQ: PPSQR21_007130
PPOY: RE92_08305
PMQ: PM3016_2232
PTA: HPL003_11220
PPEO: ABE82_03435
PNP: IJ22_43410
PBV: AR543_13475
PXL: BS614_06795
PKB: B4V02_21740
PBAC: HUB98_20410
PTHI: NDS46_01805
PUI: PUW25_02850
PMAH: PTQ21_08320
PDY: QJQ58_20930
PPOG: QPK24_02745
PHK: SK066_12240
PPAB: KET34_03385
PLZH: C0638_04280
PELG: ACJ7K1_28260
PTUN: V6W81_03150
ANX: ACH33_15580
ASOC: CB4_03921(gabD_2)
ATHE: K3F53_03280
AUD: PO771_16490
ANEU: PP175_11025
COHL: J4772_32615
ALIC: GI364_02005
AFX: JZ786_19115
BTS: Btus_3058
FFE: LSG31_14290
PDG: BCM40_12730
SPAE: E2C16_03810
DOR: Desor_1132
DRU: Desru_0083
FWA: DCMF_14120
AACX: DEACI_3257
HCV: FTV88_2353
TMR: Tmar_1803
THEF: E1B22_00560
THEP: DYI95_009070
TCP: Q5761_09340
SAY: TPY_0396
SAP: Sulac_0361
MAS: Mahau_2703
MHUI: MHLNE_19670
SELE: ADJ74_03455
SELO: AXE86_06620
SELT: BCS37_00760
STIM: H1B31_02085
PUF: UFO1_0821
PFT: JBW_04526
STED: SPTER_01290(gapN_1)
LPIL: LIP_2083
TNA: CTN_1548
MOX: DAMO_2373
AG: KHL76344(PpSQ1_00395)
 » show all
Reference
PMID:26195800
  Authors
Felux AK, Spiteller D, Klebensberger J, Schleheck D
  Title
Entner-Doudoroff pathway for sulfoquinovose degradation in Pseudomonas putida SQ1.
  Journal
Proc Natl Acad Sci U S A 112:E4298-305 (2015)
DOI:10.1073/pnas.1507049112
  Sequence
[ag:KHL76344]
Reference
PMID:33036753
  Authors
Liu Y, Wei Y, Zhou Y, Ang EL, Zhao H, Zhang Y
  Title
A transaldolase-dependent sulfoglycolysis pathway in Bacillus megaterium DSM 1804.
  Journal
Biochem Biophys Res Commun 533:1109-1114 (2020)
DOI:10.1016/j.bbrc.2020.09.124
  Sequence
[bmq:BMQ_3643]
LinkDB

DBGET integrated database retrieval system