KEGG   ENZYME: 1.14.11.58
Entry
EC 1.14.11.58               Enzyme                                 
Name
ornithine lipid ester-linked acyl 2-hydroxylase;
olsC (gene name)
Class
Oxidoreductases;
Acting on paired donors, with incorporation or reduction of molecular oxygen;
With 2-oxoglutarate as one donor, and incorporation of one atom of oxygen into each donor
Sysname
ornithine lipid,2-oxoglutarate:oxygen oxidoreductase (ester-linked acyl 2-hydroxylase)
Reaction(IUBMB)
an ornithine lipid + 2-oxoglutarate + O2 = a 2-hydroxyornithine lipid + succinate + CO2 [RN:R11948]
Reaction(KEGG)
R11948
Substrate
ornithine lipid [CPD:C21672];
2-oxoglutarate [CPD:C00026];
O2 [CPD:C00007]
Product
2-hydroxyornithine lipid [CPD:C21794];
succinate [CPD:C00042];
CO2 [CPD:C00011]
Comment
The enzyme, characterized from the bacterium Rhizobium tropici, catalyses the hydroxylation of C-2 of the fatty acyl group that is ester-linked to the 3-hydroxy position of the amide-linked fatty acid.
History
EC 1.14.11.58 created 2018
Orthology
K22616  ornithine lipid ester-linked acyl 2-hydroxylase
Genes
EBT: EBL_c30830
PGE: LG71_23630
SMAC: SMDB11_2018
SMW: SMWW4_v1c27640
SERF: L085_15000
SERS: SERRSCBI_12995
SSUR: ATE40_010440
SURI: J0X03_10145
SNEM: NLX84_13920
SNEV: OI978_18715
TCI: A7K98_03615
PDD: MNQ95_10610
RTH: LRK53_04035 LRK53_17755
DTL: H8F01_06860
LRZ: BJI69_19420
LPY: FIV34_09495
LAEG: L2Y94_19590
LAEO: L2Y97_10510
LAES: L2Y96_03595
RBD: ALSL_1922
TAMN: N4264_04000 N4264_16145 N4264_16150
PPUD: DW66_3625 DW66_3782
PVR: PverR02_14740
PLUL: FOB45_16345 FOB45_16350
PHOM: KJF94_11235
PKG: LW136_14855 LW136_14860
AVN: Avin_44380 Avin_44410
AVL: AvCA_44380 AvCA_44410
AVD: AvCA6_44380 AvCA6_44410
ACX: Achr_7240 Achr_7250
MBAH: HYN46_04380
MEIY: MIN45_P1302
MCAU: MIT9_P1283
KUY: FY550_03300
SALN: SALB1_2340
PPNO: DA70_06580
PPNM: LV28_24110
PRB: X636_20095
PAPI: SG18_17165
PVE: UC34_09615
POX: MB84_13970
PAND: DRB87_08880
PFIB: PI93_017970
PCOM: NTU39_10800
BAV: BAV0043
BHO: D560_1437
BHM: D558_1428
BHZ: ACR54_00049
BTRM: SAMEA390648701271
BBRO: BAU06_25510
BFZ: BAU07_25635
BPDZ: BBN53_20480
BOH: AKI39_24380
BGM: CAL15_23535
BGV: CAL12_27575
AXY: AXYL_06438
AXO: NH44784_022971
AXN: AX27061_5994
AXX: ERS451415_06125
ADT: APT56_27745
ASW: CVS48_06485
ACHR: C2U31_04365
ACHB: DVB37_27835
ADY: HLG70_22100
ACHO: H4P35_26620
AMUI: PE062_23400
APES: FOC84_13295
AAEG: RA224_31830
ODI: ODI_R1004
OTD: J1M35_02350
ATER: MW290_23100
EHB: E7V67_005180
MES: Meso_1730
CHEA: PVE73_12990
PHYL: HB779_24860
KMN: HW532_17025
AVV: RvVAT039_08110
AVF: RvVAR031_27910
AVI: Avi_3497
RTR: RTCIAT899_CH13575(olsC)
RHL: LPU83_3135(aspH)
RJG: CCGE525_15605
RHR: CKA34_16470
RGR: FZ934_11160
RLS: HB780_19945
RRHO: PR018_10515
RTU: PR017_10685
ARA: Arad_3396
NEN: NCHU2750_25780
NPM: QEO92_15820
BME: BMEI0464
BMEL: DK63_959
BMZ: BM28_A1561
BMG: BM590_A1547
BMW: BMNI_I1497
BMEE: DK62_1985
BMC: BAbS19_I14670
BAA: BAA13334_I01488
BABO: DK55_1525
BABR: DO74_364
BABT: DK49_1283
BABB: DK48_594
BABU: DK53_1509
BABS: DK51_2031
BABC: DO78_1430
BSUI: BSSP1_I1573
BSUP: BSPT1_I1588
BSUV: BSPT2_I1571
BSUC: BSSP2_I1576
BSZ: DK67_769
BSW: IY71_07615
BSG: IY72_07360
BSK: BCA52141_I2698
BCAR: DK60_1569
BCAS: DA85_07460
BMR: BMI_I1566
BPV: DK65_1937
BCET: V910_100458
BCEE: V568_100512
BVL: BF3285c1_0291
BRU: BFS01_07460
BRJ: BKD03_14055
OIN: IAR37_11650
BIO: BR141012304_11162
OAN: Oant_1613
OAH: DR92_1097
BPSN: NIK97_05495
OCH: CES85_1785
OCR: HGK82_08375
OCL: GTN27_08685
CHEL: AL346_16845
CMET: K6K41_25650
MEY: TM49_08845
MMED: Mame_01055
MLUT: JET14_15770
AUA: M673_06315
AALA: IGS74_06360
AALM: LUX29_07200
AUZ: Sa4125_10840
AUB: LXB15_16595
NOH: G5V57_01710 G5V57_07720
ACUT: MRB58_17130
CAK: Caul_5085
CAUL: KCG34_19490
BGOE: IFJ75_05995
APAH: KB221_04770 KB221_10585 KB221_12855
TMD: KUV46_15160
HDH: G5B40_16570
NPP: PP1Y_Mpl11448
NPN: JI59_25550
NRE: BES08_12550
SPHM: G432_01260
STAX: MC45_07695
SSAN: NX02_15465
SNJ: A7E77_13090
SMY: BJP26_18045
SPAN: AWL63_02285
SKR: BRX40_07790
SPLK: AV944_17080
SPKC: KC8_02715
SPHF: DM480_10850
SPAU: DRN02_016495
SPAP: H3Z74_13180
SPAI: FPZ24_12270
SSAU: H8M03_03465 H8M03_10170
SARI: H5J25_07095
SCHY: GVO57_05065
SSUA: FPZ54_11370
SAER: NEF64_16145
SMOR: LHA26_13770
SCAB: LZK98_02685
SRAD: LLW23_02140
SSAG: KV697_14980 KV697_15985
SABI: PBT88_13560
SPPH: KFK14_06500
SPHG: AZE99_05635
SFLA: SPHFLASMR4Y_01224
SPHY: CHN51_17515
SPZR: G5C33_03970
PALG: HFP57_09055
PHAO: HF685_00350
POQ: KZX46_09150
ELI: ELI_14365
ERK: CD351_11555
ERR: DVR09_00905
ERF: FIU90_09955
EMV: HQR01_11860
GXY: GLX_03710
GXL: H845_1376
KEU: S101446_00511
KSC: CD178_02100 CD178_03197
KRE: GWK63_06875
KOI: LV478_12900
APT: APA01_02500
APW: APA42C_02500
APF: APA03_02500
APU: APA07_02500
APG: APA12_02500
APQ: APA22_02500
APX: APA26_02500
APZ: APA32_02500
APK: APA386B_1742(aspH)
AOY: EOV40_001320
ACEK: FLP30_11615
ROS: CTJ15_22150
RMUC: FOB66_15805
RCV: PFY06_19775
COQ: D9V35_01460
COMM: GN303_01655
SSAM: E3D00_03050
BOB: GN304_02075
EBLA: JGUZn3_05070
PARZ: DTQ13_06350
NGU: QN315_10615
DVN: HQ394_04045 HQ394_11060
HTQ: FRZ44_21820
HADH: FRZ61_25250
THAC: CSC3H3_06535
TLU: R1T41_13175
GSO: PH603_00025
EUZ: DVS28_a2452
MLW: MJO58_20270 MJO58_20275
MGAU: MGALJ_58730
MVQ: MYVA_4866(aspH)
MRH: MycrhN_3113 MycrhN_3114
SRJ: SRO_7369
SGF: HEP81_07695
SINE: KI385_42880
CYI: CBM981_3129
AMR: AM1_0721(aspH) AM1_0722(aspH) AM1_0723(aspH)
ACAM: HRE53_02910 HRE53_02915 HRE53_02920
TSZ: OOK60_17035
LET: O77CONTIG1_01721 O77CONTIG1_04058
HHG: XM38_037020
THEU: HPC62_09755 HPC62_10590
TOG: HNI00_16445 HNI00_20915
TSIN: OXH18_10215 OXH18_18065
CHON: NIES4102_03930
CYC: PCC7424_2982
CYJ: Cyan7822_5540
TER: Tery_1078
ARP: NIES39_C04380
PAGH: NIES204_40340
PPSU: NO713_04998(Asphd2)
LFS: HFV01_24450
MPRO: BJP34_20625
GML: ISF26_08060
RIV: Riv7116_5890
NCN: BZZ01_09605
PLP: Ple7327_1409
SCS: Sta7437_1805
RUFI: K0V07_15415
PUO: RZN69_12985
ROO: G5S37_23215
COY: HF329_09580
CSAC: SIO70_24050
RSR: T7867_01520
RLO: GQ464_016120
 » show all
Reference
1  [PMID:16353552]
  Authors
Rojas-Jimenez K, Sohlenkamp C, Geiger O, Martinez-Romero E, Werner D, Vinuesa P
  Title
A ClC chloride channel homolog and ornithine-containing membrane lipids of Rhizobium tropici CIAT899 are involved in symbiotic efficiency and acid tolerance.
  Journal
Mol Plant Microbe Interact 18:1175-85 (2005)
DOI:10.1094/MPMI-18-1175
  Sequence
[rtr:RTCIAT899_CH13575]
Reference
2  [PMID:21205018]
  Authors
Vences-Guzman MA, Guan Z, Ormeno-Orrillo E, Gonzalez-Silva N, Lopez-Lara IM, Martinez-Romero E, Geiger O, Sohlenkamp C
  Title
Hydroxylated ornithine lipids increase stress tolerance in Rhizobium tropici CIAT899.
  Journal
Mol Microbiol 79:1496-514 (2011)
DOI:10.1111/j.1365-2958.2011.07535.x
Other DBs
ExplorEnz - The Enzyme Database: 1.14.11.58
IUBMB Enzyme Nomenclature: 1.14.11.58
ExPASy - ENZYME nomenclature database: 1.14.11.58
BRENDA, the Enzyme Database: 1.14.11.58

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Chemical substance (6)   
   KEGG COMPOUND (6)   
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   KEGG REACTION (1)   
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   KEGG MGENES (675)   
Protein sequence (2)   
   UniProt (1)   
   SWISS-PROT (1)   
DNA sequence (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (3)   
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