Entry
Name
limonene 1,2-monooxygenase
Class
Oxidoreductases;
Acting on paired donors, with incorporation or reduction of molecular oxygen;
With NADH or NADPH as one donor, and incorporation of one atom of oxygen into the other donor
BRITE hierarchy
Sysname
limonene,NAD(P)H:oxygen oxidoreductase
Reaction(IUBMB)
(1) (S)-limonene + NAD(P)H + H+ + O2 = 1,2-epoxymenth-8-ene + NAD(P)+ + H2O [RN:
R09385 R09389 ];
(2) (R)-limonene + NAD(P)H + H+ + O2 = 1,2-epoxymenth-8-ene + NAD(P)+ + H2O [RN:
R06398 R09393 ]
Reaction(KEGG)
Substrate
Product
Comment
A flavoprotein (FAD). Limonene is the most widespread terpene and is formed by more than 300 plants. Rhodococcus erythropolis DCL14, a Gram-positive bacterium, is able to grow on both (S)-limonene and (R)-limonene as the sole source of carbon and energy. NADPH can act instead of NADH, although more slowly. It has not been established if the product formed is optically pure or a mixture of two enantiomers.
History
EC 1.14.13.107 created 2009
Pathway
ec01120 Microbial metabolism in diverse environments
Orthology
K14733 limonene 1,2-monooxygenase
Genes
RBS : RHODOSMS8_02624(limB)
BEL : BE61_10590(limB) BE61_31350
TSV : DSM104635_00473(limB_1)
RLI : RLO149_c005640(limB)
SPHD : HY78_18285 HY78_18375 HY78_18440
SPKC : KC8_00760 KC8_08220
SRAD : LLW23_09220 LLW23_09405
SAMI : SAMIE_1019300 SAMIE_1033590
SPAG : sphantq_03283(limB_1)
SPHJ : BSL82_10485 BSL82_10530
NTD : EGO55_02800 EGO55_04330 EGO55_04790
CAEN : K5X80_01000 K5X80_05470 K5X80_07285
MAVI : RC58_10915 RC58_16975
MAVU : RE97_10925 RE97_17010
MID : MIP_00873 MIP_03599 MIP_03607 MIP_03648
MCHI : AN480_02260 AN480_13590 AN480_13625 AN480_13760
MMAL : CKJ54_02180 CKJ54_11660 CKJ54_11695 CKJ54_11805
MMAN : MMAN_12910 MMAN_47420
MSER : MTY59_23550 MTY59_41620 MTY59_41690 MTY59_41930
MSA : Mycsm_02075 Mycsm_05927
MMAE : MMARE11_27450 MMARE11_49370
MLI : MULP_02587 MULP_05376
MPSE : MPSD_03650 MPSD_29110
MSHO : MSHO_06160 MSHO_42350
MKN : MKAN_00970 MKAN_12460
MYV : G155_01850 G155_26930
MSHG : MSG_02711 MSG_04611
MFJ : MFLOJ_05070 MFLOJ_40140
MSTO : MSTO_06410 MSTO_44100
MSIM : MSIM_28550 MSIM_43700 MSIM_50410
MSAK : MSAS_08110 MSAS_29750
MKU : I2456_13905 I2456_25950
MLW : MJO58_14290 MJO58_25370
MXE : MYXE_04650 MYXE_24370
MNV : MNVI_12960 MNVI_42130
MPAG : C0J29_16250 C0J29_28115
MGOR : H0P51_15250 H0P51_26100
MCOO : MCOO_10060 MCOO_27810
MBAI : MB901379_02609(limB_2) MB901379_04514(limB_7)
MSEO : MSEO_15320 MSEO_35140
MHEK : JMUB5695_00423 JMUB5695_02356
MBRD : MBRA_19490 MBRA_38220 MBRA_57940
MMAM : K3U93_13005 K3U93_22955
MSPG : F6B93_11665 F6B93_20790
MOT : LTS72_10090 LTS72_27590
MPAA : MKK62_02170 MKK62_12710
MKY : IWGMT90018_29100 IWGMT90018_58090
MWU : PT015_06215 PT015_15805
MFT : XA26_26540 XA26_54530
MPHL : MPHLCCUG_00069(limB_1)
MTHN : 4412656_02907(limB_3) 4412656_04146(limB_7)
MAUU : NCTC10437_01764(limB_3)
MALV : MALV_17840 MALV_41540
MAUB : MAUB_04320 MAUB_27850
MPHU : MPHO_08430 MPHO_42500
MMUC : C1S78_013955 C1S78_025995
MMAT : MMAGJ_33030 MMAGJ_57470
MBOK : MBOE_16540 MBOE_48350
MFG : K6L26_04875 K6L26_19320
MFLV : NCTC10271_00068(limB_1)
MGO : AFA91_09645 AFA91_10240
MHOL : K3U96_02815 K3U96_26415
MSEN : K3U95_16900 K3U95_26025
MSAL : DSM43276_00436(limB_1)
MTER : 4434518_03775(limB_5)
RHA : RHA1_ro09085 RHA1_ro11046(limB)
RQI : C1M55_23100 C1M55_23375
RHOD : AOT96_03140 AOT96_03410
RKO : JWS14_00135 JWS14_15610 JWS14_21745
RGO : KYT97_16335 KYT97_19820 KYT97_29955
RPSK : JWS13_23210 JWS13_31105 JWS13_31250
PDEF : P9209_05455 P9209_25285
PSOW : ABI214_15190 ABI214_15635
GTA : BCM27_13075 BCM27_17640 BCM27_22070
SGRF : SGFS_035490 SGFS_079850
SKG : KJK29_13150 KJK29_13510
BSD : BLASA_2848(limB) BLASA_3512(limB2)
ARHD : VSH64_08020 VSH64_10315
PSEE : FRP1_17430 FRP1_24600
PSEQ : AD006_03785 AD006_24885 AD006_28245 AD006_28495 AD006_32110
PECQ : AD017_04475 AD017_11605 AD017_28640 AD017_28885
PPEL : H6H00_08485 H6H00_21510 H6H00_29285 H6H00_30390
PSDS : K1T35_36810 K1T35_42075
DVC : Dvina_12855 Dvina_24745 Dvina_26620
DMAT : Dmats_12415 Dmats_20355 Dmats_22065
AEY : CDG81_10655 CDG81_21480
SBAE : DSM104329_00232(limB_1) DSM104329_00236(limB_2)
IAM : HC251_22820 HC251_24280
TFLA : O0235_08360 O0235_12640
» show all
Taxonomy
Reference
Authors
van der Werf MJ, Swarts HJ, de Bont JA
Title
Rhodococcus erythropolis DCL14 contains a novel degradation pathway for limonene.
Journal
Sequence
Other DBs
UM-BBD (Biocatalysis/Biodegradation Database): 1.14.13.107