KEGG ORTHOLOGY: K03379

ORTHOLOGY: K03379

Entry

K03379                      KO

Symbol

chnB

Name

cyclohexanone monooxygenase [EC:1.14.13.22]

Pathway

map00930

Caprolactam degradation

map01120

Microbial metabolism in diverse environments

map01220

Degradation of aromatic compounds

Brite

KEGG Orthology (KO) [BR:ko00001]
09100 Metabolism
  09111 Xenobiotics biodegradation and metabolism
   00930 Caprolactam degradation
    K03379  chnB; cyclohexanone monooxygenase
Enzymes [BR:ko01000]
1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.13  With NADH or NADPH as one donor, and incorporation of one atom of oxygen into the other donor
    1.14.13.22  cyclohexanone monooxygenase
     K03379  chnB; cyclohexanone monooxygenase

Other DBs

RN:	R02231 R06622

GO:

0018667

Genes

NHE:	NECHADRAFT_48101 NECHADRAFT_54743 NECHADRAFT_82172

MAJ:

MAA_06594

CMT:

CCM_02795

MBE:

MBM_08709

AFM:	AFUA_2G09400

ACT:	ACLA_081190

NFI:	NFIA_041810 NFIA_084900

AOR:	AO090011000330 AO090011000747

ANG:	ANI_1_1806104(An12g05000)

AFV:	AFLA_007728 AFLA_008145

ALUC:

AKAW2_60896S

ACHE:

ACHE_70177A

APUU:

APUU_22001S APUU_51614S APUU_61080S APUU_80445A APUU_80806S

PCS:	Pc14g01010 Pc16g10130

TRG:	TRUGW13939_01753

BGH:	BDBG_16891

PNO:	SNOG_04325

ZTR:	MYCGRDRAFT_71361

PFJ:	MYCFIDRAFT_26387

FFU:	CLAFUR5_01541

BCOM:

BAUCODRAFT_119354

NPA:	UCRNP2_6897

LAB:	LA76x_3343(chnB)

LAQ:	GLA29479_2376(chnB)

PPX:

T1E_5541

PPJ:	RK21_02867

ACI:

ACIAD2339

SNAN:

I6N98_12990

KIM:	G3T16_06295 G3T16_16875

HAA:	A5892_10460

BUR:	Bcep18194_C7142

BUE:	BRPE67_DCDS07380

BXE:	Bxe_A3588 Bxe_C0276

BFZ:	BAU07_12765

POL:

Bpro_5565

AJS:

Ajs_2102

GLC:	JQN73_12645 JQN73_12680

SCL:

sce4944

PLA:	Plav_0813 Plav_1165

BJA:	blr2938(blr2938) blr3857(blr3857) blr6984(blr6984)

BJU:	BJ6T_68290

BJP:	RN69_33125

BARH:

WN72_16095

BVZ:	BRAD3257_5765(pamO)

BEL:	BE61_03800

BDG:	LPJ38_17710

BSEP:

HAP48_0013325

BQB:	J4P68_0017175

RBK:	E0H22_20215

TRB:	HB776_28720

LABT:

FIU93_30970

RUT:	FIU92_22370

CON:	TQ29_18925

SUAM:

SULD:

SPSE:

MALU:

LVS:	LOKVESSMR4R_03944

NPN:	JI59_17840

SBAR:

H5V43_03340

SPZR:

G5C33_18305

ALB:

AEB_P2457

SRF:	LHU95_14195

STEL:

STAQ_29420

PUB:	SAR11_0845(smo)

SNEA:

NBZ79_19155

MBB:

BCG_1454c

MPA:	MAP_3509 MAP_3594

MAO:	MAP4_0179 MAP4_0267

MAVI:

RC58_01260

MAVU:

RE97_00845 RE97_01270

MAV:	MAV_5119 MAV_5206

MIT:	OCO_49430 OCO_50350

MIA:	OCU_49360 OCU_50280

MID:	MIP_07484 MIP_07617

MYO:	OEM_49580 OEM_50550

MCHI:

AN480_25660 AN480_26135

MIR:	OCQ_50420 OCQ_51340

MMAL:

CKJ54_23545 CKJ54_24035

MMAN:

MMAN_37520 MMAN_38540

MSA:	Mycsm_02390 Mycsm_05176 Mycsm_05379

MUL:	MUL_1053 MUL_4813

MMC:	Mmcs_2024 Mmcs_4405

MKM:	Mkms_2070 Mkms_4492

MJL:	Mjls_2007 Mjls_4786

MMI:	MMAR_0309 MMAR_0403

MMAE:

MMARE11_02790 MMARE11_03660

MMM:	W7S_24740 W7S_25210

MLI:	MULP_00286 MULP_00391

MKN:	MKAN_15785 MKAN_18075

MYV:	G155_06310 G155_12075

MYE:	AB431_17350 AB431_22905

MGO:	AFA91_12585

MDX:	BTO20_22765 BTO20_29395

MSHG:

MSG_00233 MSG_00343

MFJ:	MFLOJ_28280 MFLOJ_31730 MFLOJ_32760

MSTO:

MSTO_32130 MSTO_35750 MSTO_37030

MSIM:

MSIM_21360 MSIM_22330

MSAK:

MSAS_36170 MSAS_41630

MKU:	I2456_01715 I2456_03905

MGRO:

FZ046_12885

MXE:	MYXE_48140

MNV:	MNVI_17890

MPAG:

C0J29_01755 C0J29_04175

MNM:	MNVM_17090 MNVM_25580

MGOR:

H0P51_00630 H0P51_01600 H0P51_22560

MCOO:

MCOO_20200 MCOO_33860

MBAI:

MB901379_00225(ptlE_1) MB901379_00313(hapE_2)

MSEO:

MSEO_41360 MSEO_42390 MSEO_45730

MPSE:

MPSD_03990 MPSD_05030

MSHO:

MSHO_13500 MSHO_17780

MHEK:

JMUB5695_04644

MGAU:

MGALJ_07170 MGALJ_34870

MBRD:

MBRA_13790 MBRA_14670 MBRA_50180 MBRA_55600

MDF:	K0O62_07625

MMAM:

K3U93_01150

MHOL:

K3U96_04590 K3U96_16490

MHER:

K3U94_00730 K3U94_10720 K3U94_19925

MSEN:

K3U95_11490 K3U95_17730 K3U95_23585

MPAE:

K0O64_16545 K0O64_22500

MOT:	LTS72_24340

MVM:	MJO54_00595 MJO54_15735 MJO54_19835

MRF:	MJO55_02025 MJO55_22580

MPAA:

MKK62_01585 MKK62_16705 MKK62_23385 MKK62_23910 MKK62_25455

MSM:	MSMEG_2567 MSMEG_5625

MSG:	MSMEI_2507 MSMEI_5475

MSB:	LJ00_12775 LJ00_27815

MSN:	LI99_12775 LI99_27820

MSH:	LI98_12780 LI98_27825

MVA:	Mvan_2243 Mvan_4961

MGI:	Mflv_1789 Mflv_4103

MSP:	Mspyr1_11730 Mspyr1_34460

MCB:	Mycch_1987 Mycch_4342

MNE:	D174_16985

MFT:	XA26_12580 XA26_24790

MPHL:

MPHLCCUG_02191(hapE_4)

MVQ:	MYVA_2161 MYVA_4779

MRH:	MycrhN_2714 MycrhN_5746

MTHN:

4412656_03830(pamO_4)

MHAS:

MHAS_03439(penE)

MDU:	MDUV_11450 MDUV_22700 MDUV_52170

MCHT:

MCHIJ_09730 MCHIJ_10150

MAUU:

NCTC10437_02096(hapE_7) NCTC10437_04678(pamO_7)

MMAG:

MMAD_14180

MMOR:

MMOR_15380 MMOR_41870

MFX:	MFAL_26060

MAIC:

MAIC_30420 MAIC_41250

MIJ:	MINS_06910 MINS_27160

MALV:

MALV_14370 MALV_45430

MPSC:

MPSYJ_19010

MARZ:

MARA_18060 MARA_24920

MGAD:

MGAD_16890 MGAD_34050

MHEV:

MHEL_07900 MHEL_54040

MSAR:

MSAR_38400

MAUB:

MAUB_12640

MPOF:

MPOR_25710 MPOR_50810

MMUC:

C1S78_011425 C1S78_018235

MMAT:

MMAGJ_10310 MMAGJ_55580

MBOK:

MBOE_23300 MBOE_50050

MFG:	K6L26_07215 K6L26_18270 K6L26_20150

MSEI:

MSEDJ_26870 MSEDJ_28550

MFLV:

NCTC10271_00814(pamO_1) NCTC10271_03264(hapE_3) NCTC10271_05142(pamO_5)

MCEE:

MCEL_14910 MCEL_17530 MCEL_41430

MJD:	JDM601_0116 JDM601_3522

MTER:

4434518_00103(hapE_1) 4434518_03498(pamO_5)

MHIB:

MHIB_29180 MHIB_33860

MPAK:

MIU77_10315 MIU77_11170

CCOE:

CETAM_00300 CETAM_12195(pamO) CETAM_13030

COK:	COCCU_03205(pamO1) COCCU_12710(pamO3)

CCYC:

SCMU_10760

NNO:	NONO_c42820

NWL:	NWFMUON74_28330

NGP:	LTT66_27615

RHA:	RHA1_ro08137 RHA1_ro09035

RER:	RER_pREL1-02970

RCR:	NCTC10994_00950(pamO_1)

RKO:	JWS14_20890 JWS14_20955

RGO:	KYT97_06125

GOM:	D7316_01709(ptlE)

GAM:	GII34_19765

GPD:	GII33_03015

SPIN:

KV203_08220

STRC:

AA958_29960

YIA:	LO772_10810

MHOS:

CXR34_00670

MSF:	IT882_15880

CPHY:

B5808_20100

ARTP:

E5206_14770

ASUN:

KG104_08860

PSUL:

AU252_00280 AU252_00335

NDA:

Ndas_5034

NOA:	BKM31_19730

NGN:	LCN96_44715

FRE:	Franean1_3696

FRI:	FraEuI1c_4423

AMQ:	AMETH_3876

PDX:

PSEA:

PSEH:

CCAZ:

AG:	BAA86293(chnB)

» show all

Reference

PMID:10543838

Authors

Iwaki H, Hasegawa Y, Teraoka M, Tokuyama T, Bergeron H, Lau PC

Title

Identification of a transcriptional activator (ChnR) and a 6-oxohexanoate dehydrogenase (ChnE) in the cyclohexanol catabolic pathway in Acinetobacter sp. Strain NCIMB 9871 and localization of the genes that encode them.

Journal

Appl Environ Microbiol 65:5158-62 (1999)
DOI:10.1128/AEM.65.11.5158-5162.1999

Sequence

[ag:BAA86293]

All links

Ontology (3)   
   KEGG BRITE (2)   
   GO (1)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
   KEGG RCLASS (2)   
Gene (481)   
   KEGG GENES (322)   
   KEGG MGENES (121)   
   RefGene (6)   
   OC (32)   
Literature (1)   
   PubMed (1)   
All databases (496)   

Download RDF

ENZYME: 1.14.13.22

Entry

EC 1.14.13.22               Enzyme

Name

cyclohexanone monooxygenase;
cyclohexanone 1,2-monooxygenase;
cyclohexanone oxygenase;
cyclohexanone:NADPH:oxygen oxidoreductase (6-hydroxylating, 1,2-lactonizing)

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

Sysname

cyclohexanone,NADPH:oxygen oxidoreductase (lactone-forming)

Reaction(IUBMB)

cyclohexanone + NADPH + H+ + O2 = hexano-6-lactone + NADP+ + H2O [RN:R02231]

Reaction(KEGG)

R02231;
(other) R06622

Substrate

cyclohexanone [CPD:C00414];
NADPH [CPD:C00005];
H+ [CPD:C00080];
O2 [CPD:C00007]

Product

hexano-6-lactone [CPD:C01880];
NADP+ [CPD:C00006];
H2O [CPD:C00001]

Comment

A flavoprotein (FAD). In the catalytic mechanism of this enzyme, the nucleophilic species that attacks the carbonyl group is a peroxyflavin intermediate that is generated by reaction of the enzyme-bound flavin cofactor with NAD(P)H and oxygen [2]. This enzyme is able to catalyse a wide range of oxidative reactions, including enantioselective Baeyer-Villiger reactions [3], sulfoxidations [4], amine oxidations [5] and epoxidations [6].

History

EC 1.14.13.22 created 1984, modified 2004

Pathway

ec00930

Caprolactam degradation

ec01120

Microbial metabolism in diverse environments

Orthology

K03379

cyclohexanone monooxygenase

Genes

NHE:	NECHADRAFT_48101 NECHADRAFT_54743 NECHADRAFT_82172

MAJ:

MAA_06594

CMT:

CCM_02795

MBE:

MBM_08709

AFM:	AFUA_2G09400

ACT:	ACLA_081190

NFI:	NFIA_041810 NFIA_084900

AOR:	AO090011000330 AO090011000747

ANG:	ANI_1_1806104(An12g05000)

AFV:	AFLA_007728 AFLA_008145

ALUC:

AKAW2_60896S

ACHE:

ACHE_70177A

APUU:

APUU_22001S APUU_51614S APUU_61080S APUU_80445A APUU_80806S

PCS:	Pc14g01010 Pc16g10130

TRG:	TRUGW13939_01753

BGH:	BDBG_16891

PNO:	SNOG_04325

ZTR:	MYCGRDRAFT_71361

PFJ:	MYCFIDRAFT_26387

FFU:	CLAFUR5_01541

BCOM:

BAUCODRAFT_119354

NPA:	UCRNP2_6897

LAB:	LA76x_3343(chnB)

LAQ:	GLA29479_2376(chnB)

PPX:

T1E_5541

PPJ:	RK21_02867

ACI:

ACIAD2339

SNAN:

I6N98_12990

KIM:	G3T16_06295 G3T16_16875

HAA:	A5892_10460

BUR:	Bcep18194_C7142

BUE:	BRPE67_DCDS07380

BXE:	Bxe_A3588 Bxe_C0276

BFZ:	BAU07_12765

POL:

Bpro_5565

AJS:

Ajs_2102

GLC:	JQN73_12645 JQN73_12680

SCL:

sce4944

PLA:	Plav_0813 Plav_1165

BJA:	blr2938(blr2938) blr3857(blr3857) blr6984(blr6984)

BJU:	BJ6T_68290

BJP:	RN69_33125

BARH:

WN72_16095

BVZ:	BRAD3257_5765(pamO)

BEL:	BE61_03800

BDG:	LPJ38_17710

BSEP:

HAP48_0013325

BQB:	J4P68_0017175

RBK:	E0H22_20215

TRB:	HB776_28720

LABT:

FIU93_30970

RUT:	FIU92_22370

CON:	TQ29_18925

SUAM:

BOO69_22545

SULD:

B5M07_18395

SPSE:

SULPSESMR1_04140

MALU:

KU6B_59950

LVS:	LOKVESSMR4R_03944

NPN:	JI59_17840

SBAR:

H5V43_03340

SPZR:

G5C33_18305

ALB:

AEB_P2457

SRF:	LHU95_14195

STEL:

STAQ_29420

PUB:	SAR11_0845(smo)

SNEA:

NBZ79_19155

MBB:

BCG_1454c

MPA:	MAP_3509 MAP_3594

MAO:	MAP4_0179 MAP4_0267

MAVI:

RC58_01260

MAVU:

RE97_00845 RE97_01270

MAV:	MAV_5119 MAV_5206

MIT:	OCO_49430 OCO_50350

MIA:	OCU_49360 OCU_50280

MID:	MIP_07484 MIP_07617

MYO:	OEM_49580 OEM_50550

MCHI:

AN480_25660 AN480_26135

MIR:	OCQ_50420 OCQ_51340

MMAL:

CKJ54_23545 CKJ54_24035

MMAN:

MMAN_37520 MMAN_38540

MSA:	Mycsm_02390 Mycsm_05176 Mycsm_05379

MUL:	MUL_1053 MUL_4813

MMC:	Mmcs_2024 Mmcs_4405

MKM:	Mkms_2070 Mkms_4492

MJL:	Mjls_2007 Mjls_4786

MMI:	MMAR_0309 MMAR_0403

MMAE:

MMARE11_02790 MMARE11_03660

MMM:	W7S_24740 W7S_25210

MLI:	MULP_00286 MULP_00391

MKN:	MKAN_15785 MKAN_18075

MYV:	G155_06310 G155_12075

MYE:	AB431_17350 AB431_22905

MGO:	AFA91_12585

MDX:	BTO20_22765 BTO20_29395

MSHG:

MSG_00233 MSG_00343

MFJ:	MFLOJ_28280 MFLOJ_31730 MFLOJ_32760

MSTO:

MSTO_32130 MSTO_35750 MSTO_37030

MSIM:

MSIM_21360 MSIM_22330

MSAK:

MSAS_36170 MSAS_41630

MKU:	I2456_01715 I2456_03905

MGRO:

FZ046_12885

MXE:	MYXE_48140

MNV:	MNVI_17890

MPAG:

C0J29_01755 C0J29_04175

MNM:	MNVM_17090 MNVM_25580

MGOR:

H0P51_00630 H0P51_01600 H0P51_22560

MCOO:

MCOO_20200 MCOO_33860

MBAI:

MB901379_00225(ptlE_1) MB901379_00313(hapE_2)

MSEO:

MSEO_41360 MSEO_42390 MSEO_45730

MPSE:

MPSD_03990 MPSD_05030

MSHO:

MSHO_13500 MSHO_17780

MHEK:

JMUB5695_04644

MGAU:

MGALJ_07170 MGALJ_34870

MBRD:

MBRA_13790 MBRA_14670 MBRA_50180 MBRA_55600

MDF:	K0O62_07625

MMAM:

K3U93_01150

MHOL:

K3U96_04590 K3U96_16490

MHER:

K3U94_00730 K3U94_10720 K3U94_19925

MSEN:

K3U95_11490 K3U95_17730 K3U95_23585

MPAE:

K0O64_16545 K0O64_22500

MOT:	LTS72_24340

MVM:	MJO54_00595 MJO54_15735 MJO54_19835

MRF:	MJO55_02025 MJO55_22580

MPAA:

MKK62_01585 MKK62_16705 MKK62_23385 MKK62_23910 MKK62_25455

MSM:	MSMEG_2567 MSMEG_5625

MSG:	MSMEI_2507 MSMEI_5475

MSB:	LJ00_12775 LJ00_27815

MSN:	LI99_12775 LI99_27820

MSH:	LI98_12780 LI98_27825

MVA:	Mvan_2243 Mvan_4961

MGI:	Mflv_1789 Mflv_4103

MSP:	Mspyr1_11730 Mspyr1_34460

MCB:	Mycch_1987 Mycch_4342

MNE:	D174_16985

MFT:	XA26_12580 XA26_24790

MPHL:

MPHLCCUG_02191(hapE_4)

MVQ:	MYVA_2161 MYVA_4779

MRH:	MycrhN_2714 MycrhN_5746

MTHN:

4412656_03830(pamO_4)

MHAS:

MHAS_03439(penE)

MDU:	MDUV_11450 MDUV_22700 MDUV_52170

MCHT:

MCHIJ_09730 MCHIJ_10150

MAUU:

NCTC10437_02096(hapE_7) NCTC10437_04678(pamO_7)

MMAG:

MMAD_14180

MMOR:

MMOR_15380 MMOR_41870

MFX:	MFAL_26060

MAIC:

MAIC_30420 MAIC_41250

MIJ:	MINS_06910 MINS_27160

MALV:

MALV_14370 MALV_45430

MPSC:

MPSYJ_19010

MARZ:

MARA_18060 MARA_24920

MGAD:

MGAD_16890 MGAD_34050

MHEV:

MHEL_07900 MHEL_54040

MSAR:

MSAR_38400

MAUB:

MAUB_12640

MPOF:

MPOR_25710 MPOR_50810

MMUC:

C1S78_011425 C1S78_018235

MMAT:

MMAGJ_10310 MMAGJ_55580

MBOK:

MBOE_23300 MBOE_50050

MFG:	K6L26_07215 K6L26_18270 K6L26_20150

MSEI:

MSEDJ_26870 MSEDJ_28550

MFLV:

NCTC10271_00814(pamO_1) NCTC10271_03264(hapE_3) NCTC10271_05142(pamO_5)

MCEE:

MCEL_14910 MCEL_17530 MCEL_41430

MJD:	JDM601_0116 JDM601_3522

MTER:

4434518_00103(hapE_1) 4434518_03498(pamO_5)

MHIB:

MHIB_29180 MHIB_33860

MPAK:

MIU77_10315 MIU77_11170

CCOE:

CETAM_00300 CETAM_12195(pamO) CETAM_13030

COK:	COCCU_03205(pamO1) COCCU_12710(pamO3)

CCYC:

SCMU_10760

NNO:	NONO_c42820

NWL:	NWFMUON74_28330

NGP:	LTT66_27615

RHA:	RHA1_ro08137 RHA1_ro09035

RER:	RER_pREL1-02970

RCR:	NCTC10994_00950(pamO_1)

RKO:	JWS14_20890 JWS14_20955

RGO:	KYT97_06125

GOM:	D7316_01709(ptlE)

GAM:	GII34_19765

GPD:	GII33_03015

SPIN:

KV203_08220

STRC:

AA958_29960

YIA:	LO772_10810

MHOS:

CXR34_00670

MSF:	IT882_15880

CPHY:

B5808_20100

ARTP:

E5206_14770

ASUN:

KG104_08860

PSUL:

AU252_00280 AU252_00335

NDA:

Ndas_5034

NOA:	BKM31_19730

NGN:	LCN96_44715

FRE:	Franean1_3696

FRI:	FraEuI1c_4423

AMQ:	AMETH_3876

PDX:

Psed_0488

PSEA:

WY02_02785

PSEH:

XF36_18620

CCAZ:

COUCH_26155

» show all

Reference

1 [PMID:1261545]

Authors

Donoghue NA, Norris DB, Trudgill PW.

Title

The purification and properties of cyclohexanone oxygenase from Nocardia globerula CL1 and Acinetobacter NCIB 9871.

Journal

Eur J Biochem 63:175-92 (1976)
DOI:10.1111/j.1432-1033.1976.tb10220.x

Reference

2 [PMID:11551214]

Authors

Sheng D, Ballou DP, Massey V.

Title

Mechanistic studies of cyclohexanone monooxygenase: chemical properties of intermediates involved in catalysis.

Journal

Biochemistry 40:11156-67 (2001)
DOI:10.1021/bi011153h

Reference

Authors

Stewart, J.D.

Title

Cyclohexanone monooxygenase: a useful reagent for asymmetric Baeyer-Villiger reactions.

Journal

Curr Org Chem 2:195-216 (1998)

Reference

Authors

Chen, G., Kayser, M.M., Milhovilovic, M.D., Mrstik, M.E., Martinez, C.A. and Stewart, J.D.

Title

Asymmetric oxidations at sulfur catalyzed by engineered strains that overexpress cyclohexanone monooxygenase.

Journal

New J Chem 23:827-832 (1999)

Reference

Authors

Ottolina, G., Bianchi, S., Belloni, B., Carrea, G. and Danieli, B.

Title

First asymmetric oxidation of tertiary amines by cyclohexanone monooxygenase.

Journal

Tetrahedron Lett 40:8483-8486 (1999)

Reference

Authors

Colonna, S., Gaggero, N., Carrea, G., Ottolina, G., Pasta, P. and Zambianchi, F.

Title

First asymmetric epoxidation catalysed by cyclohexanone monooxygenase.

Journal

Tetrahedron Lett 43:1797-1799 (2002)

Other DBs

ExplorEnz - The Enzyme Database:

1.14.13.22

IUBMB Enzyme Nomenclature:

1.14.13.22

ExPASy - ENZYME nomenclature database:

1.14.13.22

UM-BBD (Biocatalysis/Biodegradation Database):

1.14.13.22

BRENDA, the Enzyme Database:

1.14.13.22

CAS:	52037-90-8

REACTION: R02231

Entry

R02231                      Reaction

Name

Cyclohexanone,NADPH:oxygen oxidoreductase (6-hydroxylating 1,2-lactonizing)

Definition

Cyclohexanone + Oxygen + NADPH + H+ <=> epsilon-Caprolactone + NADP+ + H2O

Equation

C00414 + C00007 + C00005 + C00080 <=> C01880 + C00006 + C00001

Reaction class

RC00001

C00005_C00006

RC00662

C00414_C01880

Enzyme

1.14.13.22

Pathway

rn00930

Caprolactam degradation

rn01120

Microbial metabolism in diverse environments

rn01220

Degradation of aromatic compounds

Orthology

K03379

cyclohexanone monooxygenase [EC:1.14.13.22]

Other DBs

RHEA:

24071

All links

Ontology (1)   
   KEGG BRITE (1)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG RCLASS (2)   
   SABIO-RK (1)   
   UMBBD-RN (1)   
Gene (323)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (322)   
All databases (342)   

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