KEGG   ENZYME: 1.11.1.25
Entry
EC 1.11.1.25                Enzyme                                 

Name
glutaredoxin-dependent peroxiredoxin;
PRXIIB (gene name)
Class
Oxidoreductases;
Acting on a peroxide as acceptor;
Peroxidases
Sysname
glutaredoxin:hydroperoxide oxidoreductase
Reaction(IUBMB)
glutaredoxin + ROOH = glutaredoxin disulfide + H2O + ROH [RN:R12571]
Reaction(KEGG)
R12571
Substrate
glutaredoxin [CPD:C07292];
ROOH [CPD:C15498]
Product
glutaredoxin disulfide [CPD:C07293];
H2O [CPD:C00001];
ROH [CPD:C01335]
Comment
Peroxiredoxins (Prxs) are a ubiquitous family of antioxidant proteins. They can be divided into three classes: typical 2-Cys, atypical 2-Cys and 1-Cys peroxiredoxins [2]. The peroxidase reaction comprises two steps centred around a redox-active cysteine called the peroxidatic cysteine. All three peroxiredoxin classes have the first step in common, in which the peroxidatic cysteine attacks the peroxide substrate and is oxidized to S-hydroxycysteine (a sulfenic acid) (see {single/111115a::mechanism}). The second step of the peroxidase reaction, the regeneration of cysteine from S-hydroxycysteine, distinguishes the three peroxiredoxin classes. For typical 2-Cys Prxs, in the second step, the peroxidatic S-hydroxycysteine from one subunit is attacked by the 'resolving' cysteine located in the C-terminus of the second subunit, to form an intersubunit disulfide bond, which is then reduced by one of several cell-specific thiol-containing reductants completing the catalytic cycle. In the atypical 2-Cys Prxs, both the peroxidatic cysteine and its resolving cysteine are in the same polypeptide, so their reaction forms an intrachain disulfide bond. To recycle the disulfide, known atypical 2-Cys Prxs appear to use thioredoxin as an electron donor. The 1-Cys Prxs conserve only the peroxidatic cysteine, so its regeneration involves direct interaction with a reductant molecule. Glutaredoxin-dependent peroxiredoxins have been reported from bacteria, fungi, plants, and animals. These enzymes are often able to use an alternative reductant such as thioredoxin or glutathione.
History
EC 1.11.1.25 created 1983 as EC 1.11.1.15, part transferred 2020 to EC 1.11.1.25
Orthology
K20011  peroxiredoxin 3
K24129  glutaredoxin-dependent peroxiredoxin
K24130  glutaredoxin-dependent peroxiredoxin
K24137  glutaredoxin/glutathione-dependent peroxiredoxin
K24138  glutaredoxin/glutathione-dependent peroxiredoxin
K24140  glutaredoxin-dependent peroxiredoxin
Genes
HSA: 10935(PRDX3)
PTR: 741184(PRDX3)
PPS: 100974719(PRDX3)
GGO: 101140314(PRDX3)
PON: 100174238(PRDX3)
NLE: 100592143(PRDX3)
MCC: 702882(PRDX3)
MCF: 101864898(PRDX3)
CSAB: 103216603(PRDX3)
RRO: 104672233(PRDX3)
RBB: 108513855(PRDX3) 108525998
CJC: 100399960(PRDX3)
SBQ: 101039427(PRDX3)
MMU: 11757(Prdx3)
MCAL: 110285525(Prdx3)
MPAH: 110327807(Prdx3)
RNO: 64371(Prdx3)
CGE: 100773693(Prdx3)
NGI: 103729286(Prdx3)
HGL: 101719189(Prdx3)
CCAN: 109701203(Prdx3)
OCU: 100357088(PRDX3)
TUP: 102469173 102487352(PRDX3)
CFA: 477839(PRDX3)
VVP: 112915126(PRDX3) 112931106
AML: 100478555(PRDX3)
UMR: 103657688(PRDX3)
UAH: 113251992(PRDX3)
ORO: 101363822(PRDX3)
ELK: 111145349
FCA: 101088618(PRDX3)
PTG: 102961872(PRDX3)
PPAD: 109272974(PRDX3)
AJU: 106969372(PRDX3)
BTA: 281998(PRDX3)
BOM: 102270790(PRDX3)
BIU: 109552986(PRDX3)
BBUB: 102389394(PRDX3)
CHX: 102190097(PRDX3)
OAS: 101106731(PRDX3)
SSC: 100154143(PRDX3)
CFR: 102518808(PRDX3)
CDK: 105104195(PRDX3)
BACU: 103005508(PRDX3)
LVE: 103071364(PRDX3)
OOR: 101275740(PRDX3) 101280461
DLE: 111172255(PRDX3)
PCAD: 102991358(PRDX3)
ECB: 100058646(PRDX3)
EPZ: 103554635(PRDX3)
EAI: 106836366(PRDX3)
MYB: 102261630(PRDX3)
MYD: 102768008(PRDX3) 102770946
MNA: 107532095(PRDX3)
HAI: 109382974(PRDX3)
DRO: 112300172(PRDX3)
PALE: 102893774(PRDX3)
RAY: 107509757(PRDX3)
MJV: 108396053(PRDX3)
LAV: 100665595(PRDX3)
TMU: 101354420
MDO: 100020372(PRDX3)
SHR: 100934999(PRDX3)
PCW: 110209571(PRDX3)
OAA: 100088874(PRDX3)
GGA: 428986(PRDX3)
MGP: 100539513(PRDX3)
CJO: 107316180(PRDX3)
NMEL: 110399970(PRDX3)
APLA: 101794074(PRDX3)
ACYG: 106045201(PRDX3)
TGU: 100226317(PRDX3)
LSR: 110470008(PRDX3)
SCAN: 103814116(PRDX3)
GFR: 102035589(PRDX3)
FAB: 101814414(PRDX3)
PHI: 102102674(PRDX3)
PMAJ: 107206871(PRDX3)
CCAE: 111942838 111944677(PRDX3)
CCW: 104694860(PRDX3)
ETL: 114060964(PRDX3)
FPG: 101919747(PRDX3)
FCH: 102050358(PRDX3)
CLV: 102095000(PRDX3)
EGZ: 104128613(PRDX3)
NNI: 104022390(PRDX3)
ACUN: 113481703(PRDX3)
PADL: 103918655(PRDX3)
AAM: 106489493(PRDX3)
ASN: 102388429(PRDX3)
AMJ: 102577294(PRDX3)
PSS: 102461191(PRDX3)
CMY: 102943650(PRDX3)
CPIC: 101931061(PRDX3)
ACS: 100567876(prdx3)
PVT: 110075318(PRDX3)
PBI: 103064929(PRDX3)
PMUR: 107290577(PRDX3)
TSR: 106554277(PRDX3)
PMUA: 114597436(PRDX3)
GJA: 107106721(PRDX3)
XLA: 444559(prdx3.S) 734674(prdx3.L)
XTR: 594996(prdx3)
NPR: 108803742
DRE: 373079(prdx3)
SANH: 107666469 107698743(prdx3)
SGH: 107585283 107602498(prdx3)
IPU: 100528928(prdx3)
PHYP: 113545694(prdx3)
AMEX: 103033576(prdx3)
EEE: 113579915(prdx3)
TRU: 101068680(prdx3)
LCO: 104921870(prdx3)
NCC: 104954174(prdx3)
MZE: 101469672(prdx3)
ONL: 100704593(prdx3)
OLA: 101157243(prdx3)
XMA: 102226709(prdx3)
XCO: 114137637(prdx3)
PRET: 103477136(prdx3)
CVG: 107088551(prdx3)
NFU: 107375547(prdx3)
KMR: 108228497(prdx3)
ALIM: 106510923(prdx3)
AOCE: 111573124(prdx3)
CSEM: 103387503(prdx3)
POV: 109633186(prdx3)
LCF: 108886271(prdx3) 108889214
SDU: 111220762(prdx3)
SLAL: 111669568(prdx3)
HCQ: 109523095(prdx3)
BPEC: 110162084(prdx3)
MALB: 109960292(prdx3)
SASA: 100194723(PRDX3) 106604727(prdx3)
ELS: 105026559(prdx3)
SFM: 108925852(prdx3)
PKI: 111859166(prdx3)
LCM: 102345673(PRDX3)
CMK: 103186538(prdx3)
RTP: 109939044(prdx3)
BFO: 118413241
CIN: 100175802
SPU: 590165
APLC: 110977103
SKO: 100367614
DME: Dmel_CG5826(Prx3)
DER: 6552240
DSE: 6621082
DSI: Dsimw501_GD20225(Dsim_GD20225)
DAN: 6498734
DSR: 110187759
DPE: 6594850
DMN: 108156509
DWI: 6650804
DAZ: 108620805
DNV: 108659890
DHE: 111601535
DVI: 6630546
LCQ: 111675029
AGA: AgaP_AGAP000396(TPX1)
AAG: 5578147
AALB: 109412192
AME: 408540(Tpx-3)
BIM: 100743690
BTER: 100648954
OBB: 114879320
SOC: 105198805
MPHA: 105830161
AEC: 105153544
ACEP: 105618585
PBAR: 105424458
VEM: 105569132
HST: 105191992
DQU: 106745054
CFO: 105254632
LHU: 105675476
PGC: 109856185
OBO: 105279049
PCF: 106791731
NVI: 100679472
CSOL: 105367990
MDL: 103571734
TCA: 655702
DPA: 109545520
ATD: 109596172
NVL: 108566238
BMOR: 733003
BMAN: 114248746
PMAC: 106717374
PRAP: 110998946
HAW: 110374288
TNL: 113495017
API: 100162824
DNX: 107170062
AGS: 114120836
RMD: 113551434
BTAB: 109033510
CLEC: 106662655
ZNE: 110835679
FCD: 110857002
TUT: 107371450
DPTE: 113798615
PTEP: 107437405
CEL: CELE_R07E5.2(prdx-3)
CBR: CBG18073(Cbr-prdx-3)
BMY: Bm1_37710
PCAN: 112564648
MYI: 110459146
OBI: 106870386
LAK: 106165694
SHX: MS3_07531
EGL: EGR_10291
THJ: 104799074
TCC: 18588567
EGR: 104438262
VRA: 106763530
VAR: 108344669
VUN: 114182397
CAM: 101503151
LJA: Lj2g3v0812010.1(Lj2g3v0812010.1) Lj2g3v0813190.1(Lj2g3v0813190.1)
ADU: 107490289
AIP: 107644399
FVE: 101301682
RCN: 112189419
PPER: 18771860
PMUM: 103340892
PAVI: 110751061
PXB: 103929408
ZJU: 107431817
CSV: 101208881
CMO: 103501029
MCHA: 111014452
CMAX: 111465242
CMOS: 111441119
CPEP: 111793844
RCU: 8268339
JCU: 105637748
JRE: 109019973
VVI: 100243939(Prx)
SLY: 606303(TPx1)
SPEN: 107026200
SOT: 102606254(TPx1)
NTA: 107830577
NSY: 104248375
NTO: 104111824
NAU: 109210726
INI: 109186922
SIND: 105162080
LSV: 111890760
DCR: 108213067
BVG: 104904716
SOE: 110801750
NNU: 104592141(TDP)
OSA: 4325511
DOSA: Os01t0675100-01(Os01g0675100)
OBR: 102704191
BDI: 100834317
SBI: 8061850
ZMA: 100283392(pco096955)
SITA: 101770718
PDA: 103706844
EGU: 105044458
MUS: 103968927
DCT: 110091945
PEQ: 110020551
ATR: 18426658
PPP: 112280531
SCE: YBL064C(PRX1)
ERC: Ecym_4687
KMX: KLMA_80358(PRX1b)
NCS: NCAS_0E02630(NCAS0E02630)
NDI: NDAI_0E04200(NDAI0E04200)
TDL: TDEL_0C01590(TDEL0C01590)
CAL: CAALFM_C702810WA(PRX1)
SLB: AWJ20_10(PRX1) AWJ20_285(PRX1)
NCR: NCU06031(rhd)
NTE: NEUTE1DRAFT118365(NEUTE1DRAFT_118365)
MGR: MGG_08256
SSCK: SPSK_10791
MAW: MAC_09051
MAJ: MAA_06893
BFU: BCIN_01g08520(Bcprx4) BCIN_16g00120(Bcprx3)
ANI: AN3973.2
ANG: ANI_1_644184(An04g03360) ANI_1_984094(An11g07650)
ABE: ARB_05934
TVE: TRV_04264
CNE: CNK00130
CNB: CNBK3300
TASA: A1Q1_03218
LBC: LACBIDRAFT_172363(LbPrx1-Cys)
MRR: Moror_998
MGL: MGL_0914
MRT: MRET_2558
XCC: XCC1046
XCB: XC_3200
XCP: XCR_1248
XCV: XCV1170
XAX: XACM_1116
XAC: XAC1150
XCI: XCAW_01251(aHP1)
XOM: XOO0833(XOO0833)
XOO: XOO0908(AHP1)
XOP: PXO_02641
XOR: XOC_1204
XAL: XALC_0650
XPH: XppCFBP6546_05820(XppCFBP6546P_05820)
SML: Smlt3600
SMT: Smal_3020
SMZ: SMD_3172
PSUW: WQ53_14405
PSD: DSC_07920
LAB: LA76x_2482(prxIIE-2)
LEZ: GLE_2732
LEM: LEN_2294
DKO: I596_2052
VCH: VC1350
VCS: MS6_1128
VCI: O3Y_06285
VVU: VV2_0770
VVY: VVA1236
VPA: VPA1293
VAG: N646_3839
VNI: VIBNI_B0533(PrxII)
VSR: Vspart_03867(garA)
PPU: PP_2700
PPF: Pput_3052
PPT: PPS_2650
PPI: YSA_09706
PPX: T1E_2704
PPUH: B479_12835
PPUT: L483_11020
PPUN: PP4_31260
PPUD: DW66_2910
PMON: X969_12585
PMOT: X970_12230
SON: SO_4640
SDN: Sden_3541
SFR: Sfri_0215
SAZ: Sama_3513
SLO: Shew_3641
SWD: Swoo_0147
SWP: swp_4869
SVO: SVI_0158
SPSW: Sps_00228
ILO: IL2478
CPS: CPS_0141
PHA: PSHAa2650(ahpC)
PAT: Patl_0356
PSM: PSM_A2687(ahpC)
PSEO: OM33_00530
PPHE: PP2015_169
PSPO: PSPO_a2629
PART: PARC_a3482
PAGA: PAGA_a3392
MAD: HP15_3621
AMAL: I607_00695
AMAE: I876_00710
AMAO: I634_00700
AMAD: I636_00735
AMAI: I635_00735
AMAG: I533_00720
AMAC: MASE_00545
AAUS: EP12_00675
GNI: GNIT_0221
PIN: Ping_2855
FBL: Fbal_2362
MCA: MCA0042
MMAI: sS8_4176
MEJ: Q7A_2651
MEC: Q7C_1096
GAI: IMCC3135_32690(garA_3)
CSA: Csal_1130
HEL: HELO_3212
HBE: BEI_2655
ABO: ABO_0044
ADI: B5T_04321
AXE: P40_21050
KKO: Kkor_1581
KGE: TQ33_0866
AHA: AHA_1268
ASA: ASA_1254
AVR: B565_2944
AMED: B224_3935
ACAV: VI35_15110
OCE: GU3_08335
SVA: SVA_3395
RSO: RSc2838
RSN: RSPO_c00670(ahp1)
RSE: F504_2766
RPI: Rpic_3083
REH: H16_A3267(h16_A3267)
RME: Rmet_3122
CGD: CR3_2402
BMA: BMA2544
BMAL: DM55_738
BMAE: DM78_718
BMAQ: DM76_719
BMAI: DM57_1315
BMAF: DM51_2180
BMAZ: BM44_131
BMAB: BM45_2707
BPS: BPSL3019
BPSE: BDL_2402
BPSM: BBQ_282
BPSU: BBN_410
BPSD: BBX_799
BPK: BBK_1899
BPSH: DR55_1494
BPSA: BBU_2536
BPSO: X996_1115
BUT: X994_3130
BTE: BTH_I1124
BTQ: BTQ_2804
BTJ: BTJ_2891
BTZ: BTL_796
BTD: BTI_587
BTV: BTHA_912
BTHE: BTN_568
BTHM: BTRA_1028
BTHA: DR62_740
BTHL: BG87_1018
BOK: DM82_2686
BOC: BG90_2021
BVE: AK36_264
BCN: Bcen_0083
BCJ: BCAL3456
BCEN: DM39_379
BCEW: DM40_1272
BCEO: I35_0419
BAM: Bamb_0469
BMU: Bmul_2830
BMK: DM80_1102
BMUL: NP80_603
BCT: GEM_2953
BCED: DM42_1274
BDL: AK34_2577
BCON: NL30_21255
BUB: BW23_1180
BLAT: WK25_02715
BTEI: WS51_13190
BSEM: WJ12_02465
BPSL: WS57_20280
BMEC: WJ16_02445
BSTG: WT74_02770
BGU: KS03_1399
BGO: BM43_1896
BUK: MYA_0477
BUL: BW21_655
BXE: Bxe_A0492
BXB: DR64_2668
BFN: OI25_1952
PNU: Pnuc_0173
PNE: Pnec_0187
CABA: SBC2_31060
BPE: BP2715
BPC: BPTD_2673
BPER: BN118_2514
BPET: B1917_1136
BPEU: Q425_26610
BPAR: BN117_3534
BPA: BPP1118
BBR: BB1334
BPT: Bpet3666
BAV: BAV0828
BHO: D560_2892
BHM: D558_2869
PUT: PT7_2089
AMIM: MIM_c28440
AFQ: AFA_03120
ODI: ODI_R3390
RFR: Rfer_3785
POL: Bpro_0266
PNA: Pnap_0213
AAV: Aave_0348
AJS: Ajs_0288
AAA: Acav_0416
ACRA: BSY15_1769
VEI: Veis_1274
DAC: Daci_0401
CTES: O987_01610
RTA: Rta_03360
HYB: Q5W_24820
HPSE: HPF_02090
CBAA: SRAA_2104
CBAB: SMCB_2128
MPT: Mpe_A3433
HAR: HEAR2804(prdX1)
MMS: mma_3009(ahp1)
JAG: GJA_4469(PRXIID)
CFU: CFU_3935
CARE: LT85_4486
LCH: Lcho_3989
RGE: RGE_03390
BBAG: E1O_14740
BPRC: D521_0176
HOH: Hoch_5126
PACA: ID47_02715
MLO: mll7508
MHUA: MCHK_0990
MES: Meso_0751
PLA: Plav_0683
SME: SMc00072
SMER: DU99_04720
SMD: Smed_0530
EAD: OV14_1856
ATU: Atu0779
ARA: Arad_1253
AVI: Avi_1067
RLE: RL1037
RLG: Rleg_0661
RHT: NT26_0525
SHZ: shn_04290
KAI: K32_11950
BME: BMEI1456
BMEL: DK63_2031
BMEE: DK62_923
BMF: BAB1_0504
BABO: DK55_510
BABR: DO74_1377
BABT: DK49_273
BABB: DK48_1616
BABU: DK53_500
BABS: DK51_961
BABC: DO78_417
BMS: BR0478
BSZ: DK67_1406
BOV: BOV_0483
BCAR: DK60_562
BCAS: DA85_02285
BMR: BMI_I480
BPP: BPI_I507
BPV: DK65_882
OAN: Oant_0592
OAH: DR92_2348
BJA: bll1317(bll1317)
BRA: BRADO6585
BBT: BBta_0951
BRS: S23_64840
AOL: S58_10220
BRAD: BF49_3346
BARH: WN72_04640
RPA: RPA4268
RPB: RPB_1343
RPC: RPC_4075
RPD: RPD_4027
RPE: RPE_1706
RPT: Rpal_4747
NWI: Nwi_2686
NHA: Nham_3732
OCA: OCAR_7328
XAU: Xaut_2596
AZC: AZC_0486
SNO: Snov_3080
MDI: METDI3328
MEX: Mext_2595
MCH: Mchl_2818
MPO: Mpop_2623
MET: M446_6266
MNO: Mnod_6935
MOR: MOC_4470
META: Y590_12400
MAQU: Maq22A_c19365(ahp1)
MSL: Msil_1257
HDN: Hden_2894
RVA: Rvan_3258
PHL: KKY_508
BVR: BVIR_79
BLAG: BLTE_33010
MCG: GL4_1001
MSC: BN69_2285
PLEO: OHA_1_01825(garA)
MMED: Mame_03378
HDI: HDIA_1130
RBM: TEF_09435
PSF: PSE_1560
CCR: CC_3394
CAK: Caul_4490
CSE: Cseg_0296
PZU: PHZ_c0554
TSV: DSM104635_01353(garA)
SIL: SPO3736
RSP: RSP_0899
JAN: Jann_0439
RDE: RD1_0946
PDE: Pden_2325
DSH: Dshi_0113(ahpC)
KVL: KVU_0055
KVU: EIO_0494
KRO: BVG79_00318(ahpC)
PGD: Gal_00502
OTM: OSB_01420
LAQU: R2C4_15215
CID: P73_0555
MALG: MALG_03091
RSU: NHU_03900
RHC: RGUI_2694
AHT: ANTHELSMS3_00150(tpx)
MALU: KU6B_07910
GAK: X907_0998
HNE: HNE_1052
HBA: Hbal_1035
NAR: Saro_2004
SAL: Sala_0166
SPHP: LH20_16475
SMAZ: LH19_18740
SPHU: SPPYR_0136
SWI: Swit_2670
SPHD: HY78_12160
SPHM: G432_16495
STAX: MC45_04730
SPHI: TS85_06360
SSAN: NX02_13515
SPKC: KC8_05480
SJP: SJA_C1-16860(ahpC)
SSY: SLG_23620
SPMI: K663_07670
SPHB: EP837_00189(prdX)
SPHR: BSY17_2971
SINB: SIDU_06200
SPHT: K426_13165
BLAS: BSY18_1301
SMIC: SmB9_12670
AAY: WYH_00711
ALB: AEB_P2002
ELI: ELI_05035
ERF: FIU90_08970(garA)
ACR: Acry_1905
SHUM: STHU_51600
RRU: Rru_A3057
RRF: F11_15660
RCE: RC1_3646
AZL: AZL_015390(ahpC)
TMO: TMO_2797
THAL: A1OE_267
EFK: P856_171(ahpC)
TXI: TH3_17525
MAGQ: MGMAQ_2812
PUB: SAR11_0127(pmpA)
TMR: Tmar_0094
LPIL: LIP_0733
PDX: Psed_0278
PSEA: WY02_05130
PSEE: FRP1_08225
PSEH: XF36_12395
PAUT: Pdca_26620
MRB: Mrub_2252
OTE: Oter_2684
CAA: Caka_1959
MIN: Minf_2123(bcp)
MKC: kam1_203
MEAP: MTHMO_0285(bcp)
LCRE: Pla8534_53210(tsaA)
FTJ: FTUN_4374
SRU: SRU_1515
SRM: SRM_01715(bcp)
CPI: Cpin_6901
MUC: MuYL_4884
SLI: Slin_1584
LBY: Lbys_2887
FAE: FAES_4777
IAL: IALB_1336
MRO: MROS_1982
CPRV: CYPRO_2241
TLE: Tlet_0821
TME: Tmel_0759
TAF: THA_1025
THER: Y592_04700
ASAC: ATHSA_0991
HAL: VNG_2311H
HSL: OE_4240F
HALH: HTSR_0070
HHSR: HSR6_0069
HMA: rrnAC0522(bcp-1) rrnAC2601(prxS) rrnAC3456(bcp1)
HHI: HAH_0681(bcp1) HAH_1121(bcp-1) HAH_3022(prxS)
HALL: LC1Hm_0075(bcp) LC1Hm_1453(bcp4) LC1Hm_2030(bcp5)
HWA: HQ_3020A(bcp4) HQ_3707A(bcp5)
HWC: Hqrw_3537(bcp4) Hqrw_4122(bcp5)
HVO: HVO_0252(bcp2) HVO_1163(bcp3)
HME: HFX_0257(bcp) HFX_1175(bcp)
TAC: Ta1369
TVO: TVG0300659(TVG0300659)
PTO: PTO1248
FAI: FAD_1202
CDIV: CPM_0883
APE: APE_2125.1(bcp)
ACJ: ACAM_1329(bcp)
STO: STK_17850(bcp4)
SSO: SSO2613(bcp-4)
SOL: Ssol_0423
SSOA: SULA_0417
SSOL: SULB_0419
SSOF: SULC_0417
SAI: Saci_1125
SID: M164_2684
SII: LD85_3023
SIH: SiH_2656
SIR: SiRe_2592
SIC: SiL_2541
MSE: Msed_0359
MCN: Mcup_1717
AHO: Ahos_0200
STEP: IC006_2484
PAI: PAE2732
PCL: Pcal_1413
PAS: Pars_1203
PYR: P186_1874
POG: Pogu_1036
CMA: Cmaq_0183
TTN: TTX_0399(bcp)
TUZ: TUZN_1025
VDI: Vdis_1875
VMO: VMUT_0309
NMR: Nmar_0275
NCT: NMSP_1435
NEV: NTE_02777
TAA: NMY3_01941(bcp_1)
NFN: NFRAN_2748(bcp)
NCV: NCAV_1609
NBV: T478_1173
NDV: NDEV_1832(bcp)
 » show all
Reference
1  [PMID:11832487]
  Authors
Rouhier N, Gelhaye E, Jacquot JP
  Title
Glutaredoxin-dependent peroxiredoxin from poplar: protein-protein interaction and catalytic mechanism.
  Journal
J Biol Chem 277:13609-14 (2002)
DOI:10.1074/jbc.M111489200
Reference
2  [PMID:12517450]
  Authors
Wood ZA, Schroder E, Robin Harris J, Poole LB.
  Title
Structure, mechanism and regulation of peroxiredoxins.
  Journal
Trends Biochem Sci 28:32-40 (2003)
DOI:10.1016/S0968-0004(02)00003-8
Reference
3  [PMID:20059400]
  Authors
Pedrajas JR, Padilla CA, McDonagh B, Barcena JA
  Title
Glutaredoxin participates in the reduction of peroxides by the mitochondrial 1-CYS peroxiredoxin in Saccharomyces cerevisiae.
  Journal
Antioxid Redox Signal 13:249-58 (2010)
DOI:10.1089/ars.2009.2950
Reference
4  [PMID:20929858]
  Authors
Hanschmann EM, Lonn ME, Schutte LD, Funke M, Godoy JR, Eitner S, Hudemann C, Lillig CH
  Title
Both thioredoxin 2 and glutaredoxin 2 contribute to the reduction of the mitochondrial 2-Cys peroxiredoxin Prx3.
  Journal
J Biol Chem 285:40699-705 (2010)
DOI:10.1074/jbc.M110.185827
Reference
5  [PMID:25398878]
  Authors
Lim JG, Bang YJ, Choi SH
  Title
Characterization of the Vibrio vulnificus 1-Cys peroxiredoxin Prx3 and regulation of its expression by the Fe-S cluster regulator IscR in response to oxidative stress and iron starvation.
  Journal
J Biol Chem 289:36263-74 (2014)
DOI:10.1074/jbc.M114.611020
Reference
6  [PMID:22866991]
  Authors
Couturier J, Prosper P, Winger AM, Hecker A, Hirasawa M, Knaff DB, Gans P, Jacquot JP, Navaza A, Haouz A, Rouhier N
  Title
In the absence of thioredoxins, what are the reductants for peroxiredoxins in Thermotoga maritima?
  Journal
Antioxid Redox Signal 18:1613-22 (2013)
DOI:10.1089/ars.2012.4739
  Sequence
Other DBs
ExplorEnz - The Enzyme Database: 1.11.1.25
IUBMB Enzyme Nomenclature: 1.11.1.25
ExPASy - ENZYME nomenclature database: 1.11.1.25
BRENDA, the Enzyme Database: 1.11.1.25
CAS: 207137-51-7

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