KEGG   ORTHOLOGY: K14451
Entry
K14451                      KO                                     
Symbol
mcl2
Name
(3S)-malyl-CoA thioesterase [EC:3.1.2.30]
Pathway
map00630  Glyoxylate and dicarboxylate metabolism
map01100  Metabolic pathways
map01120  Microbial metabolism in diverse environments
map01200  Carbon metabolism
Module
M00373  Ethylmalonyl pathway
Reaction
R10612  (S)-malyl-CoA hydrolase
Brite
KEGG Orthology (KO) [BR:ko00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    K14451  mcl2; (3S)-malyl-CoA thioesterase
Enzymes [BR:ko01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.2  Thioester hydrolases
    3.1.2.30  (3S)-malyl-CoA thioesterase
     K14451  mcl2; (3S)-malyl-CoA thioesterase
Other DBs
COG: COG2301
Genes
TPSY: RGQ13_18670
TFT: RI844_12640
PLEI: Q9312_08215
BOJ: CBF45_15340
KGY: EHF36_15360
MENS: LOK46_30215
BRD: JL11_15545
BRG: A4249_01015
BVC: CEP68_03750
BREV: E7T10_13660
BVY: NCTC9239_00695(mcl2)
AEX: Astex_0375
ASTI: Q1W73_06505
ASTD: ATDW_02780
ASTM: MMA231_00470(mcl2)
SIL: SPO0352(citE)
SIT: TM1040_3520
RUA: D1823_12170
RUT: FIU92_01320(mcl1)
RCON: K3740_01470
RUY: NOR97_01010
JAN: Jann_0816
JOV: P8627_07420
RDE: RD1_1620(citE)
RLI: RLO149_c030880
RPON: G3256_15365
RFU: ROLI_007930(mcl2)
DSH: Dshi_2874
PGA: PGA1_c03680
PGL: PGA2_c03240
PGD: Gal_03134
PHP: PhaeoP97_02988
PPIC: PhaeoP14_00285
PHQ: D1820_14695
PHAE: N1037_04375
OAT: OAN307_c41520
OAR: OA238_c04250
OTM: OSB_04760(mcl2)
OCT: FTO60_02985
LMD: METH_03315
LEJ: ETW24_04120
LAQU: R2C4_13635
LCAE: K3721_03435
LEIM: K3557_14275
CID: P73_3868
CMAR: IMCC12053_3020
CEH: CEW89_10100
CBAK: DA792_14115
MALG: MALG_02745
CON: TQ29_02440
YPAC: CEW88_11165
YAN: AYJ57_04550
TPRO: Ga0080559_TMP1136
PABY: Ga0080574_TMP3142
SUAM: BOO69_13680
SULZ: C1J03_18190
SULI: C1J05_18110
SULD: B5M07_04980
SPOT: G6548_04145
SMED: JNX03_18050
SINL: DSM14862_02486(mcl2)
SFAV: PL335_11845
SUAL: KDD17_02140
SDUB: R1T39_14805
SULB: IV89_002884
SULY: ABM428_03955
SULP: AADW22_04260
SUSQ: K3756_13480
SPSE: SULPSESMR1_00394(mcl2)
TOM: BWR18_01025
TATE: ACMHLQ_07810
TATY: ACERHN_04630
RMM: ROSMUCSMR3_02505(mcl2)
ROK: RAK1035_0677
RID: RIdsm_04538(mcl2)
ROM: EI983_02900
ROH: FIU89_19180(mcl1)
RPEL: N7U68_08430
RPHC: RZ517_01835
RRL: RZS32_006835
AHT: ANTHELSMS3_02127(mcl2)
SAGU: CDO87_04390
SSTL: ABFK29_17280
SAGZ: QNI11_04575
THAA: CFI11_04355
OCD: FHY55_05855
ROT: FIV09_01380(mcl1)
RMH: LVO79_01055
MALU: KU6B_41840(mcl2)
TGL: HFZ77_08415
HAT: RC74_09365
PALX: GQA70_04790
LSAL: KBK07_01415
LALG: LentiSH36_00609
TRY: QF118_18685
PLCG: RVY76_03675
MARU: FIU81_04115(mcl1)
RMAI: MACH21_05280(mcl2)
RED: roselon_01727
ASCA: QEZ52_05230
ACLD: ACIRQ6_03190
SEOH: ACMUJL_14950
MATG: ACMVPR_20530
BOO: E2K80_01990
RPOH: ABWH90_12905
RSP: RSP_0970
RSH: Rsph17029_2630
RSQ: Rsph17025_0082
RSK: RSKD131_2362
CAZT: LV780_00415
RBL: B6K69_07625
FYT: QF092_08915
PDE: Pden_0563
PAMI: JCM7686_2574
PYE: A6J80_13300
PCON: B0A89_09550
PZH: CX676_05535
PARO: CUV01_17720
PAMN: JCM7685_2545
PARS: DRW48_09375
PARR: EOJ32_08540
PAAK: FIU66_10030
PKD: F8A10_02165
PPAN: ESD82_12320
PLIA: E4191_08475
PSAN: HGN31_04095
PMAU: CP157_01939(mcl2)
PMEH: JWJ88_01995
PSEW: JHW44_08040
PSAP: JHX88_13540
PFIS: JHX87_05220
PAEX: JHW48_10985
PSTL: JHW45_07345
PALP: JHW40_16600
PVER: E3U25_22180
PFEO: E3U26_10440
PHOI: ACLISE_07340
PTP: RCA23_c14020(citE)
RSU: NHU_00724(citE)
RHM: B5V46_04475
RHC: RGUI_0622
RHOV: ACK8CO_05135
RMB: K529_020740
TSCO: R1T40_12735
DAA: AKL17_3637
DON: BSK21_11440
MALC: QQG91_11155
RBZ: B9057_02175
THW: BMG03_06670
TEC: AKL02_005525
TLB: RPE78_08255
LVS: LOKVESSMR4R_02803(mcl2)
YPHY: AABB29_19000
YAG: AABB28_11390
YRH: AABB31_20765
GEH: HYN69_13115
GFU: KM031_13965
TAW: EI545_06975
SALO: EF888_18565
SEDI: EBB79_02250
PPSO: QPJ95_04700
HML: HmaOT1_03960
PSEB: EOK75_09400
LIT: FPZ52_01350
PPRU: FDP22_03640
PAED: G5B38_15490
PAMO: BAR1_14395
POZ: I0K15_13770
MON: G8E03_14605
PALW: PSAL_019030(mcl2)
PSHQ: F3W81_20275
PPAF: I8N54_16895
CACT: HZ995_03660
THAS: C6Y53_10240
HDH: G5B40_16110
CMAG: CBW24_13080
FAP: GR316_00365
GCE: KYE46_04235
GYJ: AADW23_01285
NSM: JO391_19965
ACRO: K3J57_02795
AALK: LGT41_0002075
AMYL: QBD29_06840
AMAQ: GO499_14350
RHOC: QTA57_01875
PBAE: P8S53_11195
RBG: BG454_13655
LVR: T8T21_09445
BOSG: GKR98_08730
MANH: LA6_000988(mcl2_1)
FAQ: G5B39_05115
SINR: O5O51_12655
RCP: RCAP_rcc00727(citE1)
RHP: LPB142_03415
RBX: I3V23_06850
HYT: HXX25_10655
SPHI: TS85_09155
SSAN: NX02_12375
SPLM: BXU08_04065
SPHC: CVN68_04030
SLAN: GV829_09535
SPAI: FPZ24_11710
SARI: H5J25_02820
SSUA: FPZ54_04690
SBIN: SBA_ch1_14890(citE)
SPRR: OIM94_02935
SPMB: OKW87_01490
SPMS: ACO227_19400
SPZR: G5C33_12750
SAL: Sala_2214
SPHK: SKP52_03440
SPHP: LH20_16080
SMAG: AN936_01440
SMAZ: LH19_01485
STER: AOA14_02930
SGI: SGRAN_0950(mcl2)
SPHQ: BWQ93_11140
SPHO: C3E99_01130
SPHX: E5675_17240
SINA: KNJ79_16505
SPEG: SPYCW_0498
SPFD: SPYCA_0128
SPBS: L7H23_07370
SPUS: KEC45_14740
SPOG: EEB18_006625
SPYF: EAO27_02360
SPJJ: V6U71_01475
SPHU: SPPYR_0495(mcl)
SJP: SJA_C1-26890(citE)
SINB: SIDU_01380
SCH: Sphch_1616
SSY: SLG_14830
SYB: TZ53_00395
SBD: ATN00_05850
SPMI: K663_04105
SPHB: EP837_00844(citE)
SPHR: BSY17_744
SPHT: K426_06735
SHYD: CJD35_07870
SYA: A6768_15560
SCLO: SCLO_1015050
SPYG: YGS_C1P0058
SUFL: FIL70_12030
SBAR: H5V43_09595
SAMI: SAMIE_1022050
SPAG: sphantq_02744(mcl2)
SPCA: GL174_08200
SPRS: EGM87_10225
SPJS: NUH86_11430
SPWT: N6H05_11655
SLAA: EUU25_05605
PALG: HFP57_06190
SFLV: IC614_03365
SPHS: ETR14_23585
TSUB: WCX49_06280
SJI: WCY20_07030
HTM: RZR91_08980
CPAF: C6V80_02765
BLQ: L21SP5_01621(mcl2)
RPY: Y013_11815
RBY: CEJ39_22715
RHQ: IM25_03505
GTA: BCM27_21690
BSOL: FSW04_20430
DDR: Deide_20020
DMR: Deima_2864
DPT: Deipr_2520
DGO: DGo_CA0363(citE)
DSW: QR90_15895
DCH: SY84_10370
DAB: AUC44_01395
DPU: SU48_13230
DWU: DVJ83_08830
DFC: DFI_10115
DEIN: DAAJ005_03145
 » show all
Reference
PMID:20882276
  Authors
Alber BE
  Title
Biotechnological potential of the ethylmalonyl-CoA pathway.
  Journal
Appl Microbiol Biotechnol 89:17-25 (2011)
DOI:10.1007/s00253-010-2873-z
Reference
PMID:20047909
  Authors
Erb TJ, Frerichs-Revermann L, Fuchs G, Alber BE
  Title
The apparent malate synthase activity of Rhodobacter sphaeroides is due to two paralogous enzymes, (3S)-Malyl-coenzyme A (CoA)/{beta}-methylmalyl-CoA lyase and (3S)- Malyl-CoA thioesterase.
  Journal
J Bacteriol 192:1249-58 (2010)
DOI:10.1128/JB.01267-09
  Sequence
[rsp:RSP_0970]
LinkDB

KEGG   ORTHOLOGY: K19282
Entry
K19282                      KO                                     
Symbol
aceB
Name
bifunctional (S)-malyl-CoA lyase/thioesterase [EC:4.1.3.24 3.1.2.30]
Pathway
map00630  Glyoxylate and dicarboxylate metabolism
map01100  Metabolic pathways
map01120  Microbial metabolism in diverse environments
map01200  Carbon metabolism
Module
M00012  Glyoxylate cycle
M00740  Methylaspartate cycle
Reaction
R00473  L-malyl-CoA glyoxylate-lyase (acetyl-CoA-forming)
R10612  (S)-malyl-CoA hydrolase
Brite
KEGG Orthology (KO) [BR:ko00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    K19282  aceB; bifunctional (S)-malyl-CoA lyase/thioesterase
Enzymes [BR:ko01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.2  Thioester hydrolases
    3.1.2.30  (3S)-malyl-CoA thioesterase
     K19282  aceB; bifunctional (S)-malyl-CoA lyase/thioesterase
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.3  Oxo-acid-lyases
    4.1.3.24  malyl-CoA lyase
     K19282  aceB; bifunctional (S)-malyl-CoA lyase/thioesterase
Other DBs
GO: 0050083
Genes
HDL: HALDL1_15310
HHB: Hhub_3380(aceB)
HNO: LT974_13710
HLU: LT972_01030
HANX: ABSL23_02875(aceB)
HSU: HLASF_2007(aceB)
HSF: HLASA_1993(aceB)
HAHS: HSRCO_2658(mcl2)
SALR: FQU85_05715
HDO: MUK72_12480
HALX: M0R89_21245
SAIM: K0C01_12450
HMA: rrnAC1965(aceB)
HSIN: KDQ40_00995
HHI: HAH_2476(aceB)
HHN: HISP_12605
HAB: SG26_04910
HTA: BVU17_12045
HALI: BV210_07645
SSAI: N0B31_16615
HAAD: MW046_18245
NPH: NP_4430A(aceB)
NMO: Nmlp_2357(aceB)
NHO: HWV23_13655
NSAL: HWV07_07395
HWA: HQ_1720A(aceB)
HWC: Hqrw_1842(aceB)
HVO: HVO_1983(aceB1) HVO_B0200(aceB2)
HALE: G3A49_07690 G3A49_12900
HLN: SVXHx_2637(aceb) SVXHx_3054(aceb)
HME: HFX_2078(aceB)
HGI: ABY42_09665 ABY42_16600
HLS: KU306_02605
HBO: Hbor_30530
HLM: DV707_13970
SRUB: C2R22_21540
HALG: HUG10_03375
HALU: HUG12_13540
HMP: K6T50_01580
HRE: K6T36_01385
HRM: K6T25_15035
HACB: Hbl1158_08495
HDF: AArcSl_1031(aceB)
HAAA: AArcCO_0901(mcl)
HTU: Htur_4695
HSAL: JMJ58_24075
NMG: Nmag_3363(aceB)
NOU: Natoc_4308
NAJ: B1756_06555
NBG: DV706_17910
NAS: GCU68_18820
 » show all
Reference
PMID:21252347
  Authors
Khomyakova M, Bukmez O, Thomas LK, Erb TJ, Berg IA
  Title
A methylaspartate cycle in haloarchaea.
  Journal
Science 331:334-7 (2011)
DOI:10.1126/science.1196544
  Sequence
[hma:rrnAC1965]
LinkDB

KEGG   ENZYME: 3.1.2.30
Entry
EC 3.1.2.30                 Enzyme                                 
Name
(3S)-malyl-CoA thioesterase;
mcl2 (gene name)
Class
Hydrolases;
Acting on ester bonds;
Thioester hydrolases
Sysname
(S)-malyl-CoA hydrolase
Reaction(IUBMB)
(S)-malyl-CoA + H2O = (S)-malate + CoA [RN:R10612]
Reaction(KEGG)
R10612
Substrate
(S)-malyl-CoA [CPD:C04348];
H2O [CPD:C00001]
Product
(S)-malate [CPD:C00149];
CoA [CPD:C00010]
Comment
Stimulated by Mg2+ or Mn2+. The enzyme has no activity with (2R,3S)-2-methylmalyl-CoA (cf. EC 4.1.3.24, malyl-CoA lyase) or other CoA esters.
History
EC 3.1.2.30 created 2014
Pathway
ec00630  Glyoxylate and dicarboxylate metabolism
ec01100  Metabolic pathways
ec01120  Microbial metabolism in diverse environments
Orthology
K14451  (3S)-malyl-CoA thioesterase
K19282  bifunctional (S)-malyl-CoA lyase/thioesterase
Genes
TPSY: RGQ13_18670
TFT: RI844_12640
PLEI: Q9312_08215
BOJ: CBF45_15340
KGY: EHF36_15360
MENS: LOK46_30215
BRD: JL11_15545
BRG: A4249_01015
BVC: CEP68_03750
BREV: E7T10_13660
BVY: NCTC9239_00695(mcl2)
AEX: Astex_0375
ASTI: Q1W73_06505
ASTD: ATDW_02780
ASTM: MMA231_00470(mcl2)
SIL: SPO0352(citE)
SIT: TM1040_3520
RUA: D1823_12170
RUT: FIU92_01320(mcl1)
RCON: K3740_01470
RUY: NOR97_01010
JAN: Jann_0816
JOV: P8627_07420
RDE: RD1_1620(citE)
RLI: RLO149_c030880
RPON: G3256_15365
RFU: ROLI_007930(mcl2)
DSH: Dshi_2874
PGA: PGA1_c03680
PGL: PGA2_c03240
PGD: Gal_03134
PHP: PhaeoP97_02988
PPIC: PhaeoP14_00285
PHQ: D1820_14695
PHAE: N1037_04375
OAT: OAN307_c41520
OAR: OA238_c04250
OTM: OSB_04760(mcl2)
OCT: FTO60_02985
LMD: METH_03315
LEJ: ETW24_04120
LAQU: R2C4_13635
LCAE: K3721_03435
LEIM: K3557_14275
CID: P73_3868
CMAR: IMCC12053_3020
CEH: CEW89_10100
CBAK: DA792_14115
MALG: MALG_02745
CON: TQ29_02440
YPAC: CEW88_11165
YAN: AYJ57_04550
TPRO: Ga0080559_TMP1136
PABY: Ga0080574_TMP3142
SUAM: BOO69_13680
SULZ: C1J03_18190
SULI: C1J05_18110
SULD: B5M07_04980
SPOT: G6548_04145
SMED: JNX03_18050
SINL: DSM14862_02486(mcl2)
SFAV: PL335_11845
SUAL: KDD17_02140
SDUB: R1T39_14805
SULB: IV89_002884
SULY: ABM428_03955
SULP: AADW22_04260
SUSQ: K3756_13480
SPSE: SULPSESMR1_00394(mcl2)
TOM: BWR18_01025
TATE: ACMHLQ_07810
TATY: ACERHN_04630
RMM: ROSMUCSMR3_02505(mcl2)
ROK: RAK1035_0677
RID: RIdsm_04538(mcl2)
ROM: EI983_02900
ROH: FIU89_19180(mcl1)
RPEL: N7U68_08430
RPHC: RZ517_01835
RRL: RZS32_006835
AHT: ANTHELSMS3_02127(mcl2)
SAGU: CDO87_04390
SSTL: ABFK29_17280
SAGZ: QNI11_04575
THAA: CFI11_04355
OCD: FHY55_05855
ROT: FIV09_01380(mcl1)
RMH: LVO79_01055
MALU: KU6B_41840(mcl2)
TGL: HFZ77_08415
HAT: RC74_09365
PALX: GQA70_04790
LSAL: KBK07_01415
LALG: LentiSH36_00609
TRY: QF118_18685
PLCG: RVY76_03675
MARU: FIU81_04115(mcl1)
RMAI: MACH21_05280(mcl2)
RED: roselon_01727
ASCA: QEZ52_05230
ACLD: ACIRQ6_03190
SEOH: ACMUJL_14950
MATG: ACMVPR_20530
BOO: E2K80_01990
RPOH: ABWH90_12905
RSP: RSP_0970
RSH: Rsph17029_2630
RSQ: Rsph17025_0082
RSK: RSKD131_2362
CAZT: LV780_00415
RBL: B6K69_07625
FYT: QF092_08915
PDE: Pden_0563
PAMI: JCM7686_2574
PYE: A6J80_13300
PCON: B0A89_09550
PZH: CX676_05535
PARO: CUV01_17720
PAMN: JCM7685_2545
PARS: DRW48_09375
PARR: EOJ32_08540
PAAK: FIU66_10030
PKD: F8A10_02165
PPAN: ESD82_12320
PLIA: E4191_08475
PSAN: HGN31_04095
PMAU: CP157_01939(mcl2)
PMEH: JWJ88_01995
PSEW: JHW44_08040
PSAP: JHX88_13540
PFIS: JHX87_05220
PAEX: JHW48_10985
PSTL: JHW45_07345
PALP: JHW40_16600
PVER: E3U25_22180
PFEO: E3U26_10440
PHOI: ACLISE_07340
PTP: RCA23_c14020(citE)
RSU: NHU_00724(citE)
RHM: B5V46_04475
RHC: RGUI_0622
RHOV: ACK8CO_05135
RMB: K529_020740
TSCO: R1T40_12735
DAA: AKL17_3637
DON: BSK21_11440
MALC: QQG91_11155
RBZ: B9057_02175
THW: BMG03_06670
TEC: AKL02_005525
TLB: RPE78_08255
LVS: LOKVESSMR4R_02803(mcl2)
YPHY: AABB29_19000
YAG: AABB28_11390
YRH: AABB31_20765
GEH: HYN69_13115
GFU: KM031_13965
TAW: EI545_06975
SALO: EF888_18565
SEDI: EBB79_02250
PPSO: QPJ95_04700
HML: HmaOT1_03960
PSEB: EOK75_09400
LIT: FPZ52_01350
PPRU: FDP22_03640
PAED: G5B38_15490
PAMO: BAR1_14395
POZ: I0K15_13770
MON: G8E03_14605
PALW: PSAL_019030(mcl2)
PSHQ: F3W81_20275
PPAF: I8N54_16895
CACT: HZ995_03660
THAS: C6Y53_10240
HDH: G5B40_16110
CMAG: CBW24_13080
FAP: GR316_00365
GCE: KYE46_04235
GYJ: AADW23_01285
NSM: JO391_19965
ACRO: K3J57_02795
AALK: LGT41_0002075
AMYL: QBD29_06840
AMAQ: GO499_14350
RHOC: QTA57_01875
PBAE: P8S53_11195
RBG: BG454_13655
LVR: T8T21_09445
BOSG: GKR98_08730
MANH: LA6_000988(mcl2_1)
FAQ: G5B39_05115
SINR: O5O51_12655
RCP: RCAP_rcc00727(citE1)
RHP: LPB142_03415
RBX: I3V23_06850
HYT: HXX25_10655
SPHI: TS85_09155
SSAN: NX02_12375
SPLM: BXU08_04065
SPHC: CVN68_04030
SLAN: GV829_09535
SPAI: FPZ24_11710
SARI: H5J25_02820
SSUA: FPZ54_04690
SBIN: SBA_ch1_14890(citE)
SPRR: OIM94_02935
SPMB: OKW87_01490
SPMS: ACO227_19400
SPZR: G5C33_12750
SAL: Sala_2214
SPHK: SKP52_03440
SPHP: LH20_16080
SMAG: AN936_01440
SMAZ: LH19_01485
STER: AOA14_02930
SGI: SGRAN_0950(mcl2)
SPHQ: BWQ93_11140
SPHO: C3E99_01130
SPHX: E5675_17240
SINA: KNJ79_16505
SPEG: SPYCW_0498
SPFD: SPYCA_0128
SPBS: L7H23_07370
SPUS: KEC45_14740
SPOG: EEB18_006625
SPYF: EAO27_02360
SPJJ: V6U71_01475
SPHU: SPPYR_0495(mcl)
SJP: SJA_C1-26890(citE)
SINB: SIDU_01380
SCH: Sphch_1616
SSY: SLG_14830
SYB: TZ53_00395
SBD: ATN00_05850
SPMI: K663_04105
SPHB: EP837_00844(citE)
SPHR: BSY17_744
SPHT: K426_06735
SHYD: CJD35_07870
SYA: A6768_15560
SCLO: SCLO_1015050
SPYG: YGS_C1P0058
SUFL: FIL70_12030
SBAR: H5V43_09595
SAMI: SAMIE_1022050
SPAG: sphantq_02744(mcl2)
SPCA: GL174_08200
SPRS: EGM87_10225
SPJS: NUH86_11430
SPWT: N6H05_11655
SLAA: EUU25_05605
PALG: HFP57_06190
SFLV: IC614_03365
SPHS: ETR14_23585
TSUB: WCX49_06280
SJI: WCY20_07030
HTM: RZR91_08980
CPAF: C6V80_02765
BLQ: L21SP5_01621(mcl2)
RPY: Y013_11815
RBY: CEJ39_22715
RHQ: IM25_03505
GTA: BCM27_21690
BSOL: FSW04_20430
DDR: Deide_20020
DMR: Deima_2864
DPT: Deipr_2520
DGO: DGo_CA0363(citE)
DSW: QR90_15895
DCH: SY84_10370
DAB: AUC44_01395
DPU: SU48_13230
DWU: DVJ83_08830
DFC: DFI_10115
DEIN: DAAJ005_03145
HDL: HALDL1_15310
HHB: Hhub_3380(aceB)
HNO: LT974_13710
HLU: LT972_01030
HANX: ABSL23_02875(aceB)
HSU: HLASF_2007(aceB)
HSF: HLASA_1993(aceB)
HAHS: HSRCO_2658(mcl2)
SALR: FQU85_05715
HDO: MUK72_12480
HALX: M0R89_21245
SAIM: K0C01_12450
HMA: rrnAC1965(aceB)
HSIN: KDQ40_00995
HHI: HAH_2476(aceB)
HHN: HISP_12605
HAB: SG26_04910
HTA: BVU17_12045
HALI: BV210_07645
SSAI: N0B31_16615
HAAD: MW046_18245
NPH: NP_4430A(aceB)
NMO: Nmlp_2357(aceB)
NHO: HWV23_13655
NSAL: HWV07_07395
HWA: HQ_1720A(aceB)
HWC: Hqrw_1842(aceB)
HVO: HVO_1983(aceB1) HVO_B0200(aceB2)
HALE: G3A49_07690 G3A49_12900
HLN: SVXHx_2637(aceb) SVXHx_3054(aceb)
HME: HFX_2078(aceB)
HGI: ABY42_09665 ABY42_16600
HLS: KU306_02605
HBO: Hbor_30530
HLM: DV707_13970
SRUB: C2R22_21540
HALG: HUG10_03375
HALU: HUG12_13540
HMP: K6T50_01580
HRE: K6T36_01385
HRM: K6T25_15035
HACB: Hbl1158_08495
HDF: AArcSl_1031(aceB)
HAAA: AArcCO_0901(mcl)
HTU: Htur_4695
HSAL: JMJ58_24075
NMG: Nmag_3363(aceB)
NOU: Natoc_4308
NAJ: B1756_06555
NBG: DV706_17910
NAS: GCU68_18820
 » show all
Reference
1  [PMID:20047909]
  Authors
Erb TJ, Frerichs-Revermann L, Fuchs G, Alber BE
  Title
The apparent malate synthase activity of Rhodobacter sphaeroides is due to two paralogous enzymes, (3S)-Malyl-coenzyme A (CoA)/{beta}-methylmalyl-CoA lyase and (3S)- Malyl-CoA thioesterase.
  Journal
J Bacteriol 192:1249-58 (2010)
DOI:10.1128/JB.01267-09
  Sequence
[rsp:RSP_0970]
Other DBs
ExplorEnz - The Enzyme Database: 3.1.2.30
IUBMB Enzyme Nomenclature: 3.1.2.30
ExPASy - ENZYME nomenclature database: 3.1.2.30
BRENDA, the Enzyme Database: 3.1.2.30
LinkDB

KEGG   REACTION: R10612
Entry
R10612                      Reaction                               
Name
(S)-malyl-CoA hydrolase
Definition
L-Malyl-CoA + H2O <=> (S)-Malate + CoA
Equation
C04348 + C00001 <=> C00149 + C00010
Reaction class
RC00004  C00010_C04348
RC00014  C00149_C04348
Enzyme
3.1.2.30
Pathway
rn00630  Glyoxylate and dicarboxylate metabolism
rn01100  Metabolic pathways
rn01120  Microbial metabolism in diverse environments
rn01200  Carbon metabolism
Module
M00012  Glyoxylate cycle
M00373  Ethylmalonyl pathway
M00740  Methylaspartate cycle
Brite
Enzymatic reactions [BR:br08201]
 3. Hydrolase reactions
  3.1  Acting on ester bonds
   3.1.2  Thioester hydrolases
    3.1.2.30
     R10612  L-Malyl-CoA + H2O <=> (S)-Malate + CoA
Orthology
K14451  (3S)-malyl-CoA thioesterase [EC:3.1.2.30]
K19282  bifunctional (S)-malyl-CoA lyase/thioesterase [EC:4.1.3.24 3.1.2.30]
Other DBs
RHEA: 38294
LinkDB

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