KEGG   ENZYME: 3.1.1.115
Entry
EC 3.1.1.115                Enzyme                                 
Name
D-apionolactonase;
apnL (gene name)
Class
Hydrolases;
Acting on ester bonds;
Carboxylic-ester hydrolases
Sysname
D-apionolactone lactonohydrolase
Reaction(IUBMB)
D-apionolactone + H2O = D-apionate [RN:R12670]
Reaction(KEGG)
R12670
Substrate
D-apionolactone [CPD:C22218];
H2O [CPD:C00001]
Product
D-apionate [CPD:C22219]
Comment
The enzyme, characterized from several bacterial species, is involved in a catabolic pathway for D-apiose.
History
EC 3.1.1.115 created 2020
Orthology
K23246  D-apionolactonase
Genes
YELLC20_03978
YMADA391_06265
YHID5F51_15715
HAAA5892_08275
KMAB9H00_09325
BCAIK788_0005387
PSPWBJG93_30025
PARABTO02_24285
PTERC2L65_18740
PGPCUJ91_23800
PTSCUJ90_28680
PACPFAZ97_28275
PEWKZJ38_24875 KZJ38_26040
DACDaci_0545
DELDelCs14_0489
DTSBI380_24375
DHKBO996_00535
DLAI6G47_24750
HYLLPB072_19485
MLOmll7009
MLNA9174_13145
MCIMesci_5312 Mesci_6399
MCICA4R28_00550 A4R28_31060
MOPMesop_5773
MAMMesau_05268
MESWA9K65_021620 A9K65_029040 A9K65_033100
MESMEJ066_15515
MHUAMCHK_0233
MJREB229_13280
MERDEB233_28465
MOHIHQ72_30650
PHTBLM14_21710
ORMHTY61_08755
SMESM_b20354
SMQSinmeB_4320
SMXSM11_pD1259
SMIBN406_06318
SMEGC770_GR4pD1248
SMELSM2011_b20354
SMERDU99_31525
SMDSmed_1278
RHINGR_b22020
SFHSFHH103_05029
SFDUSDA257_c23100
SIXBSY16_3624
SAMESAMCFNEI73_pC0432
SINOSS05631_b62700
EADOV14_b0208
ARAArad_9239
RETRHE_PF00032
RECRHECIAT_PC0000974
RELREMIM1_PF00036
RLEpRL120388
RLTRleg2_4659
RLGRleg_4754
RLBRLEG3_07455
RTRRTCIAT899_PC04805
RHLLPU83_pLPU83c0529
RGARGR602_PC01949
RHNAMJ98_PE00035
RPHAAMC79_PD00981
RHXAMK02_PD00038
REZAMJ99_PD00035
RJGCCGE525_32380
RHRCKA34_20655
RGRFZ934_27685
RADCO657_28335
RIIFFM53_024660
RBANJ2J98_22075
RRGJ3P73_25325
RLSHB780_06740
RAWNE851_33175
RSULN2599_21445
RFVRFYW14_03810
SHZshn_27385
SZOK8M09_21795
SOJK6301_18785
KAIK32_08110 K32_34140
OINIAR37_15405
OANOant_3059
OAHDR92_3444
OPSA8A54_12320
BPSNNIK97_14700
OCHCES85_5829
OCRHGK82_18420
OCLGTN27_19445
SNOSnov_3668
STARG3545_23070
APOLK9D25_01065
MOCBB934_35080
MMEDMame_04747
AUAM673_08890
AALAIGS74_10585 IGS74_19125
AALMLUX29_11600 LUX29_21315
AUZSa4125_32760
NOHG5V57_14805 G5V57_33465
LABTFIU93_28810
LAGGB0E33_28850
ACUTMRB58_21565
JANJann_3061
OAROA238_c24220
CMARIMCC12053_384
TPROGa0080559_TMP298
SMEDJNX03_08315
OCDFHY55_04925
MALUKU6B_32160
PALXGQA70_14460
PARREOJ32_13820
PLIAE4191_17640
PMAUCP157_00840
TECAKL02_017815
LVSLOKVESSMR4R_01073
GEHHYN69_13935
PPRUFDP22_21780
FAQG5B39_17470
SCABLZK98_19775
GOYGLS_c05890
SKTIGS68_04990
SROEJL101_021415
HTQFRZ44_45450
HADHFRZ61_43100
PALBEJC50_26035
PRZGZH47_23670
AFXJZ786_23495
MDRMDOR_13630
MTSMTES_2010
MIPAXH82_06845
MPALBO218_08390
MHOSCXR34_02885
MLVCVS47_02895
RFSC1I64_09370
CUBBJK06_01740
CQFGBG65_13565
CPHYB5808_01900
PSAIC3B54_111588
MSPOKXZ72_09055
HUMDVJ78_00760
PLAPEAO79_04835
HEAHL652_16135
ARTArth_0378
ARRARUE_c18550
ARHAHiyo8_30900
ARQBWQ92_13100
ARNCGK93_09930
PSEYGU243_03940
BSAUDWV08_14610
GYUFE374_03560
HALTIM660_18425
RHALLQF10_18180
RSUALQF12_15495
PACDEGX94_08910
MIKFOE78_11460
DVCDvina_38200
PLANA1s21148_06250 A1s21148_07080
TROtrd_0134
TTRTter_2007
AGVOJF2_37180
ABASACPOL_4620
PMUCING2E5A_0799
HHYHalhy_1302
SLISlin_6335
SRDSD10_13570
SMONAWR27_07825
SPIKEXU85_25350
SPIBG8759_21895
STAEHNV11_23190
RHOZGXP67_19785
RSIRunsl_4629
RUNDR864_03340
RUPDTQ70_10285
ADDHUW48_13080
ASWUHUW51_22460
FBTD770_14540
CHKD4L85_28685
 » show all
Reference
1  [PMID:29867142]
  Authors
Carter MS, Zhang X, Huang H, Bouvier JT, Francisco BS, Vetting MW, Al-Obaidi N, Bonanno JB, Ghosh A, Zallot RG, Andersen HM, Almo SC, Gerlt JA
  Title
Functional assignment of multiple catabolic pathways for D-apiose.
  Journal
Nat Chem Biol 14:696-705 (2018)
DOI:10.1038/s41589-018-0067-7
  Sequence
[oan:Oant_3059]
Other DBs
ExplorEnz - The Enzyme Database: 3.1.1.115
IUBMB Enzyme Nomenclature: 3.1.1.115
ExPASy - ENZYME nomenclature database: 3.1.1.115
BRENDA, the Enzyme Database: 3.1.1.115

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