KEGG ENZYME: 4.1.3.24

ENZYME: 4.1.3.24

Entry

EC 4.1.3.24                 Enzyme

Name

malyl-CoA lyase;
malyl-coenzyme A lyase;
(3S)-3-carboxy-3-hydroxypropanoyl-CoA glyoxylate-lyase;
mclA (gene name);
mcl1 (gene name);
(3S)-3-carboxy-3-hydroxypropanoyl-CoA glyoxylate-lyase (acetyl-CoA-forming);
L-malyl-CoA lyase

Class

Lyases;
Carbon-carbon lyases;
Oxo-acid-lyases

Sysname

(S)-malyl-CoA glyoxylate-lyase (acetyl-CoA-forming)

Reaction(IUBMB)

(1) (S)-malyl-CoA = acetyl-CoA + glyoxylate [RN:R00473];
(2) (2R,3S)-2-methylmalyl-CoA = propanoyl-CoA + glyoxylate [RN:R00934]

Reaction(KEGG)

R00473 R00934

Substrate

(S)-malyl-CoA [CPD:C04348];
(2R,3S)-2-methylmalyl-CoA [CPD:C06027]

Product

acetyl-CoA [CPD:C00024];
glyoxylate [CPD:C00048];
propanoyl-CoA [CPD:C00100]

Comment

The enzymes from Rhodobacter species catalyse a step in the ethylmalonyl-CoA pathway for acetate assimilation [3,5]. The enzyme from halophilic bacteria participate in the methylaspartate cycle and catalyse the reaction in the direction of malyl-CoA formation [6]. The enzyme from the bacterium Chloroflexus aurantiacus, which participates in the 3-hydroxypropanoate cycle for carbon assimilation, also has the activity of EC 4.1.3.25, (3S)-citramalyl-CoA lyase [2,4].

History

EC 4.1.3.24 created 1972, modified 2014

Pathway

ec00630

Glyoxylate and dicarboxylate metabolism

ec00660

C5-Branched dibasic acid metabolism

ec00680

Methane metabolism

ec00720

Carbon fixation pathways in prokaryotes

ec01100

Metabolic pathways

ec01120

Microbial metabolism in diverse environments

Orthology

K08691

malyl-CoA/(S)-citramalyl-CoA lyase

K19281

beta-methylmalyl-CoA/(S)-malyl-CoA lyase

K19282

bifunctional (S)-malyl-CoA lyase/thioesterase

Genes

SACZ:

AOT14_23590(mcl1)

LLG:	44548918_02118(mcl1)

MCA:

MCA1739

METU:

GNH96_10430

MMEO:

OOT43_04275

MMT:	Metme_2695

MDN:	JT25_000155

MDH:	AYM39_08385

MKO:	MKLM6_1752

METL:

U737_10260

MPAD:

KEF85_03350

MELL:

IVG45_03090

MRP:	NM686_005355

MMOT:

QZJ86_13270

MAH:	MEALZ_3217(mclA1)

MBUR:

EQU24_04630

MPSY:

CEK71_18035

MMAI:

sS8_2223

MSZE:

MSZNOR_4946(mcl)

MMOB:

F6R98_20170

MEIN:

methR_P0949

MOZ:	MoryE10_14040

MISZ:

MishRS11D_11830

MESL:

KKZ03_00260

MEIY:

MIN45_P1852

MCAU:

MIT9_P1453

BLEP:

AL038_08990

THIP:

N838_00825

TSN:	W908_06430

RPJ:	N234_12055

CNC:	CNE_BB1p10140(mcl)

BGP:	BGL_2c16890

BPLA:

bpln_2g17560

BPH:

Bphy_5924

BFN:	OI25_5771 OI25_7353

BCAI:

K788_0001579

PHS:	C2L64_21705

PTER:

C2L65_26290

PTRO:

G5S35_34875

PACS:

FAZ98_23740

PSAA:

QEN71_12140 QEN71_33975

PKF:	RW095_22000

PPAI:

E1956_20570

BBRO:

BAU06_24990

BFZ:	BAU07_25025

BOH:	AKI39_23800

APES:

FOC84_30065

HYN:	F9K07_00140

CBAB:

SMCB_1586

MPT:

Mpe_A3254

METP:

C1M51_05895

XYK:	GT347_12545

NEU:

NE1809

NET:

Neut_0607

NIT:	NAL212_0420

NII:	Nit79A3_0103

NCO:	AAW31_08285

NUR:	ATY38_03755

NST:	Nstercoris_01831

NLC:	EBAPG3_012580

NIZ:	NNRS527_01104

METR:

BSY238_253

NIM:

W01_13780

NARC:

NTG6680_0561(mcl)

URU:	DSM104443_00577(mcl1_1)

FMY:	HO273_03895

APP:	CAP2UW1_2508

MLN:	A9174_19865

MOP:	Mesop_3793

MAM:	Mesau_03584

MAMO:

A6B35_22110

MESP:

C1M53_18670

MHUA:

MCHK_2942

MJR:	EB229_19625

MERD:

EB233_16970

AAK:	AA2016_5786

AMIH:

CO731_05425(mcl1)

AMIS:

Amn_pa02870

ANJ:	AMD1_PA0303(mcl)

PHT:	BLM14_27150

PLA:

Plav_3098

PMOB:

HG718_00970

KMN:	HW532_00815

PECT:

BN1012_Phect939

RBS:	RHODOSMS8_01011(mcl)

RHI:	NGR_c26230

SFH:	SFHH103_02474(cite1)

SFD:	USDA257_c22030(mcl1)

SAME:

SAMCFNEI73_pC0656(mcl)

SINO:

SS05631_b61290

ESJ:	SJ05684_b48780

EAK:	EKH55_4315

ENU:	PYH37_000576

EGI:	PZN02_002069

STEG:

QA637_13125

BRC:	BCCGELA001_06950

BRAD:

BF49_2901

BOT:	CIT37_18285

BRQ:	CIT40_04560

BGQ:	X265_31260

BSYM:

CIT39_02900

BEL:	BE61_53460(citE)

BDG:	LPJ38_11055

BCAN:

BcanWSM471_32370

BAUT:

QA635_20755

BBRA:

QA636_21300

BPAH:

QA639_24260

BOP:	AXW83_07320

BOS:	BSY19_2901

BVV:	BHK69_20015

BOI:	BLM15_06415

BOF:	FQV39_02445

BVES:

QO058_01020

XAU:

Xaut_3870

XDI:	EZH22_19265

AZC:

AZC_1227

LNE:	FZC33_08695

MEA:	Mex_1p1733(mcl) Mex_1p4295

MDI:	METDI2485(mcl) METDI4906

MEX:	Mext_1802 Mext_3917

MCH:	Mchl_2138 Mchl_4285

MPO:	Mpop_1754 Mpop_4390

MZA:	B2G69_01480 B2G69_16670

MRD:	Mrad2831_1650 Mrad2831_3663

MET:	M446_6315 M446_6559

MNO:	Mnod_7119 Mnod_7178

MOR:	MOC_2043 MOC_4185

META:

Y590_08615 Y590_19480

MAQU:

Maq22A_c18385(citE) Maq22A_c19250(mcl)

MPHY:

MCBMB27_01298 MCBMB27_03145

MEE:	DA075_20140 DA075_27160

METD:

C0214_10380 C0214_21595

METX:

A3862_13170 A3862_22625

METS:

DK389_15360 DK389_27325

METI:

DK427_15555 DK427_17480

MMES:

MMSR116_01155 MMSR116_21315

MTEA:

DK419_14290 DK419_26925

MIND:

mvi_25720 mvi_28860

MOG:	MMB17_01150 MMB17_19730

MTAD:

M6G65_09600 M6G65_20420

MSL:

Msil_1719

MTUN:

MTUNDRAET4_3402(mcl)

MLG:	CWB41_04715

RHJ:	HZY79_12425

MEDK:

QEV83_04540

BBAR:

RHAL1_03825(mcl_2)

CHEL:

AL346_17425

CDQ:	BOQ54_08925

HDN:	Hden_1659 Hden_3153

HDT:	HYPDE_30183 HYPDE_38943

HMC:	HYPMC_1941 HYPMC_4395(mcl)

HNI:	W911_10365 W911_15805

RVA:

Rvan_1682

RLAC:

QMO75_10135

FIL:	BN1229_v1_1240(mcl) BN1229_v1_2672

FIY:	BN1229_v1_1238(mcl) BN1229_v1_3242

RHZ:	RHPLAN_35810

MCG:

GL4_3371

METG:

HT051_02845

BVR:

BVIR_1803

BLAG:

BLTE_09690(mclA)

MSC:	BN69_1171 BN69_2035

MBRY:

B1812_00060 B1812_17545

MROS:

EHO51_12185 EHO51_15075

MHEY:

H2LOC_011805 H2LOC_014625

MPAR:

F7D14_06360 F7D14_09175

MIWA:

SS37A_01470 SS37A_07190

MTW:	CQW49_12235 CQW49_16215

MECQ:

MSC49_04610 MSC49_35030(mclA)

CMET:

K6K41_15080 K6K41_22170

PLEO:

OHA_1_00681(mcl) OHA_1_00777(citE)

HDI:	HDIA_2217(mcl1_1) HDIA_2467(mcl1_2)

BRN:	D1F64_11585

PSIN:

CAK95_23545

NOH:	G5V57_13010

RBM:

TEF_05695

PSF:

PSE_3192

PPHR:

APZ00_18415

LAP:	ACP90_14745

LABR:

CHH27_05755

LABP:

FJ695_18280

LABT:

FIU93_20440(mcl2)

LAGG:

B0E33_26575

SIW:	GH266_00855

PHR:	C6569_07730

PSTG:

E8M01_31685

PAQT:

E8L99_17855

CCR:

CC_2999

CCS:	CCNA_03094

CAK:

Caul_0731

CSE:

Cseg_3490

CHQ:	AQ619_14395

CMB:	CSW64_04970

CFH:	C1707_10190

CAUF:

CSW63_06460

BALB:

M8231_03195

TSV:	DSM104635_00778(mcl1)

SIL:	SPO1565 SPO3608(mclA)

SIT:	TM1040_3165

RUA:	D1823_18170 D1823_20490

RUT:	FIU92_13270(mcl2) FIU92_19865(mcl3)

RCON:

K3740_00765 K3740_20040

JAN:

Jann_0471

RDE:	RD1_1001(citE) RD1_1160(mclA) RD1_4242(mclA)

RLI:	RLO149_c002070(mcl1) RLO149_c036850(mcl2)

RPON:

G3256_17055

DSH:	Dshi_3050(citE2)

PGA:	PGA1_c30490

PGL:	PGA2_c28380

PGD:

Gal_00369

PHP:	PhaeoP97_00458

PPIC:

PhaeoP14_02820

PHQ:	D1820_09925

OAT:	OAN307_c02220

OAR:	OA238_c37200

OTM:	OSB_28710(mcl1)

OCT:	FTO60_14185

LMD:	METH_02340 METH_18390

LEJ:	ETW24_03080 ETW24_17910

LAQU:

R2C4_14570 R2C4_19790

LEV:	ETW23_00250 ETW23_17075

LCAE:

K3721_02490 K3721_16185

RED:	roselon_01454 roselon_02260

CID:	P73_3958 P73_4243

CMAR:

IMCC12053_1300

CEH:	CEW89_10920

MALG:

MALG_03008

CON:	TQ29_15155

YPAC:

CEW88_13335

YAN:	AYJ57_18165

TPRO:

Ga0080559_TMP1541

PABY:

Ga0080574_TMP2641

SUAM:

BOO69_01375

SULZ:

C1J03_02230

SULI:

C1J05_00980

SULD:

B5M07_15575

SPOT:

G6548_03345

SMED:

JNX03_11790

SINL:

DSM14862_03056(mcl1)

SFAV:

PL335_14640

SUAL:

KDD17_13110

SDUB:

R1T39_09450

SPSE:

SULPSESMR1_03496(mcl1)

TOM:	BWR18_14535

RMM:	ROSMUCSMR3_02149(mcl1) ROSMUCSMR3_03455(mcl1)

ROK:	RAK1035_1037 RAK1035_2340

RID:	RIdsm_02779(mcl1_1) RIdsm_05011(mcl1_2)

ROM:	EI983_00710 EI983_08270

ROH:	FIU89_19925(mcl2)

RPEL:

N7U68_03480 N7U68_09695

AHT:	ANTHELSMS3_00280(mcl1)

SAGU:

CDO87_13335 CDO87_15505

THAA:

CFI11_04070

OCD:	FHY55_18010

ROT:	FIV09_13785(mcl2)

RMH:	LVO79_03465

MALU:

KU6B_08980(mcl1) KU6B_14460 KU6B_40050

TGL:	HFZ77_14905

TMD:	KUV46_04605

HAT:	RC74_08495

PALX:

GQA70_15345 GQA70_23220

LSAL:

KBK07_02450

LALG:

LentiSH36_02533

TRY:	QF118_05630

MARU:

FIU81_14310(mcl3)

RMAI:

MACH21_17090 MACH21_30420(mcl1)

RSP:

RSP_1771

RSH:	Rsph17029_0417

RSQ:	Rsph17025_2481

RSK:	RSKD131_0071

CAZT:

LV780_11350

RCP:	RCAP_rcc03164(citE2)

RHP:	LPB142_02980

RBL:	B6K69_09750

PDE:

Pden_0799

PAMI:

JCM7686_2763 JCM7686_3168

PYE:	A6J80_07835

PCON:

B0A89_03920

PZH:	CX676_04845 CX676_15565

PARO:

CUV01_10870

PAMN:

JCM7685_2683 pAMV1p0135(mcl) pAMV3p0611(mcal)

PMUT:

DPM13_05940

PARR:

EOJ32_05825

PAAK:

FIU66_06855

PKD:	F8A10_08855

PPAN:

ESD82_17880

PLIA:

E4191_12750

PSAN:

HGN31_05715

PMAU:

CP157_02398(mcl1)

PMEH:

JWJ88_07325

PSEW:

JHW44_10240

PSAP:

JHX88_01975 JHX88_17895 JHX88_20315

PFIS:

JHX87_05090

PAEX:

JHW48_04005

PSTL:

JHW45_12805

PALP:

JHW40_15150 JHW40_18530

PVER:

E3U25_16380

PFEO:

E3U26_05025

PTP:	RCA23_c05980(mclA)

RSU:

NHU_02809

RHM:	B5V46_11900

RHC:

RGUI_3145

RMB:	K529_018960

TSCO:

R1T40_18500

DAA:	AKL17_3598

DON:	BSK21_02035

RBZ:	B9057_11515

THW:	BMG03_17130

TEC:	AKL02_016915

LVS:	LOKVESSMR4R_02838(mcl1)

RBG:	BG454_02060 BG454_05615

GEH:	HYN69_16130 HYN69_16155

GFU:	KM031_08955 KM031_11830

TAW:	EI545_00080 EI545_09215

SALO:

EF888_18940

SEDI:

EBB79_18450 EBB79_24155

PPSO:

QPJ95_09700

BOO:	E2K80_13755

PSEB:

EOK75_09010

PPRU:

FDP22_10475

PAED:

G5B38_01665 G5B38_14245

MON:	G8E03_06220

PAMO:

BAR1_02110

POZ:	I0K15_04605

PALW:

PSAL_024060(mcl1)

PSHQ:

F3W81_17090

PGV:	SL003B_2239

CACT:

HZ995_04375

THAS:

C6Y53_06905

HDH:	G5B40_08975

CMAG:

CBW24_04620

GCE:	KYE46_00395

NSM:	JO391_00315 JO391_12675

ACRO:

K3J57_12105

SINR:

O5O51_01720

AALK:

LGT41_0000610

AMYL:

QBD29_03580 QBD29_08415

AMAQ:

GO499_03725 GO499_18685

RHOC:

QTA57_06920

PBAE:

P8S53_01310

FAQ:	G5B39_01155

RBX:	I3V23_08345

HNE:	HNE_0078(mclA)

HBA:

Hbal_0778

CBOT:

ATE48_06115

HBC:	AEM38_14745

RDI:	CMV14_07525

TFV:	IDJ81_06845

GBE:	GbCGDNIH1_0055

GBH:	GbCGDNIH2_0055

GBC:	GbCGDNIH3_0055

GBS:	GbCGDNIH4_0055

RAP:	RHOA_5783(mcl)

SKT:	IGS68_03250

SMUC:

JL100_003365

SROE:

JL101_003125

RRU:

Rru_A0217

RRF:

F11_01090

RPM:	RSPPHO_00107

MGY:	MGMSRv2__3257

MGRY:

MSR1_29830(mcl1)

MAGX:

XM1_1373

MAGN:

WV31_14965

FER:	FNB15_09270

DEX:	HWD60_03940

DVN:	HQ394_01635

MAG:

amb3977

HTQ:	FRZ44_44960

HADH:

FRZ61_42590 FRZ61_45950

TXI:

TH3_02680

THAC:

CSC3H3_02980

TII:	DY252_18625

THAI:

IT893_02795

TLU:	R1T41_11295

TTB:	MACH01_05680

MAGQ:

MGMAQ_0659

VSU:	P3M64_12025

TMO:	TMO_0350(citE)

ECOG:

FIV45_00610

SNEA:

NBZ79_03900

DEO:	CAY53_08885

DML:	Dmul_11170

DAX:	FDQ92_06220

EUZ:	DVS28_a0494

RANT:

RHODO2019_08890

STRE:

GZL_04819

SLD:

T261_4311

SLC:	SL103_17980

SNR:	SNOUR_21930

SALU:

DC74_4078

SALL:

SAZ_21750

SGV:	B1H19_20540

STRO:

STRMOE7_00865

SPLA:

CP981_36035

SDW:	K7C20_34930

SAUH:

SU9_032330

SANU:

K7396_01540

SINE:

KI385_01365

SNIG:

HEK616_29400(citE_1)

STUD:

STRTU_000263

SYUN:

MOV08_22140

SCT:

SCAT_4364

SCY:	SCATT_43520

ABRY:

NYE86_27165

AGLA:

OIE69_13955

ICA:	Intca_2587

ARS:	ADJ73_02415

JTE:	ASJ30_03525

JLI:	EXU32_11365

JME:	EEW87_011295

JAY:	H7A72_03525

JCR:	O9K63_16190

TEH:	GKE56_09880

PEI:	H9L10_09525

TED:	U5C87_20770

AUS:	IPK37_13860

NCA:

Noca_4393

NDK:	I601_0974(mcl1)

NOY:	EXE57_13540

NOI:	FCL41_01330

NOO:	FE634_19600

NSN:	EXE58_09730

NBE:	Back2_15770(citE_1)

NANO:

G5V58_24335

NARO:

CFH99_21490

NPI:	G7071_06375

NAQU:

ENKNEFLB_04247(mcl)

NRO:	K8W59_01590

NOQ:	LN652_11495

NCQ:	K6T13_15930

NPC:	KUV85_11405

NMAR:

HPC71_19405

NFC:	KG111_16475

PSIM:

KR76_23920

AER:	AERYTH_05645

AEZ:	C3E78_04975

AEB:	C6I20_10755

AEF:	GEV26_04810

ASEZ:

H9L21_04165

ADB:	NP095_04110

AWN:	NQV15_05020

NBT:	KLP28_00560

FRA:	Francci3_2805

FSY:	FsymDg_0509

AMD:	AMED_0079(citE)

AMN:

RAM_00395

AMM:	AMES_0076(citE)

AMZ:	B737_0077(citE)

AOI:	AORI_0068(mcl)

AJA:	AJAP_00370

AMQ:	AMETH_0090(citE)

AMYC:

CU254_39710

AMYB:

BKN51_34375

AAB:	A4R43_28985

AMYY:

YIM_00345(mcl2)

AORI:

SD37_41460

AACD:

LWP59_00255

APRT:

MUY14_36265

AROO:

NQK81_25995

ATHM:

L1857_02835

KAL:

KALB_2473

KUT:	JJ691_99900(citE_1)

KPHY:

AOZ06_42935

ALO:

CRK61727

PMAD:

BAY61_00315

ACTU:

Actkin_00833(mcl1)

EKE:	EK0264_04565

JCY:	M6B22_02735

BSOL:

FSW04_11520

BALA:

DSM104299_01895(mcl)

CWO:

Cwoe_4213

PARN:

NBH00_07200

SBAE:

DSM104329_01824(mcl) DSM104329_03745(mcl1)

PBAJ:

LRS13_14185

TALU:

JDY09_03170

AYM:	YM304_14270

ATQ:	GH723_12970

AQZ:	KSP35_02830

IAM:	HC251_13125

IMA:	PO878_12810

DHI:	LH044_19160

RRS:	RoseRS_4173

RCA:

Rcas_0912

CAU:

Caur_0174

CHL:	Chy400_0187

CAG:

Cagg_1328

TRO:

trd_0455

STI:

Sthe_2064

GGR:	HKW67_06650

HDL:	HALDL1_15310

HHB:	Hhub_3380(aceB)

HNO:	LT974_13710

HLU:	LT972_01030

HSU:	HLASF_2007(aceB)

HSF:	HLASA_1993(aceB)

HAHS:

HSRCO_2658(mcl2)

SALR:

FQU85_05715

HDO:	MUK72_12480

HALX:

M0R89_18090 M0R89_21245

HAXY:

NGM07_04620

SALI:

L593_04660

SAIM:

K0C01_12450

HMA:	rrnAC0690(citE1) rrnAC1965(aceB)

HHI:	HAH_1341(citE1) HAH_2476(aceB)

HHN:	HISP_06865 HISP_12605

HAB:	SG26_04910 SG26_14710

HTA:	BVU17_06535 BVU17_12045

HALJ:

G9465_08585

HSIN:

KDQ40_00995 KDQ40_06765

NPH:	NP_4430A(aceB)

NMO:	Nmlp_2357(aceB)

NHO:	HWV23_13655

NSAL:

HWV07_07395

HMU:

Hmuk_2984

HALZ:

E5139_02195

HALL:

LC1Hm_2321(mcl)

HAZP:

GBQ70_02195

HALI:

BV210_07645

HRR:	HZS55_19985

HPEL:

HZS54_23485

SSAI:

N0B31_16615

HAAD:

MW046_18245

HWA:	HQ_1720A(aceB)

HWC:	Hqrw_1842(aceB)

HVO:	HVO_1983(aceB1) HVO_B0200(aceB2)

HME:	HFX_2078(aceB)

HGI:	ABY42_09665 ABY42_16600

HALE:

G3A49_07690 G3A49_12900

HLS:	KU306_02605

HLN:	SVXHx_2637(aceb) SVXHx_3054(aceb)

HBO:	Hbor_30530

HLM:	DV707_13970

SRUB:

C2R22_21540

HALG:

HUG10_03375

HALU:

HUG12_13540

HMP:	K6T50_01580

HRE:	K6T36_01385

HRM:	K6T25_15035

HACB:

Hbl1158_08495

HDF:	AArcSl_1031(aceB)

HTU:	Htur_1590 Htur_4695

HSAL:

JMJ58_00685 JMJ58_24075

HAKZ:

J0X25_14760

NMG:	Nmag_3338(mcl) Nmag_3363(aceB)

HXA:	Halxa_3159

NAT:

NJ7G_3289

NPE:	Natpe_2590

NVR:	FEJ81_11880

NPL:	FGF80_10920

NAY:	HYG81_14690

HALY:

HYG82_17310

HJT:	DVR14_02935

HLO:	J0X27_02295

NGE:	Natgr_3384

HRU:	Halru_1548

SAWL:

NGM29_08770

HALV:

NGM15_00935

NOU:	Natoc_1509 Natoc_4308

HLR:	HALLA_10835

HLC:	CHINAEXTREME16075

NAJ:	B1756_06555 B1756_12025

NAG:	AArcMg_4138

NAN:	AArc1_5073

NARA:

QQ977_05700(citE)

NBG:	DV706_12980 DV706_17910

NAS:	GCU68_13725 GCU68_18820

HDA:	BB347_04010

» show all

Reference

1 [PMID:14285256]

Authors

TUBOI S, KIKUCHI G.

Title

ENZYMIC CLEAVAGE OF MALYTL-COENZYME A INTO ACETYL-COENZYME A AND GLYOXYLIC ACID.

Journal

Biochim Biophys Acta 96:148-53 (1965)
DOI:10.1016/0005-2787(65)90618-0

Reference

2 [PMID:12374834]

Authors

Herter S, Busch A, Fuchs G

Title

L-Malyl-coenzyme A lyase/beta-methylmalyl-coenzyme A lyase from Chloroflexus aurantiacus, a bifunctional enzyme involved in autotrophic CO(2) fixation.

Journal

J Bacteriol 184:5999-6006 (2002)
DOI:10.1128/JB.184.21.5999-6006.2002

Sequence

[cau:Caur_0174]

Reference

3 [PMID:15687206]

Authors

Meister M, Saum S, Alber BE, Fuchs G

Title

L-malyl-coenzyme A/beta-methylmalyl-coenzyme A lyase is involved in acetate assimilation of the isocitrate lyase-negative bacterium Rhodobacter capsulatus.

Journal

J Bacteriol 187:1415-25 (2005)
DOI:10.1128/JB.187.4.1415-1425.2005

Sequence

[rcp:RCAP_rcc03164]

Reference

4 [PMID:17259315]

Authors

Friedmann S, Alber BE, Fuchs G

Title

Properties of R-citramalyl-coenzyme A lyase and its role in the autotrophic 3-hydroxypropionate cycle of Chloroflexus aurantiacus.

Journal

J Bacteriol 189:2906-14 (2007)
DOI:10.1128/JB.01620-06

Reference

5 [PMID:20047909]

Authors

Erb TJ, Frerichs-Revermann L, Fuchs G, Alber BE

Title

The apparent malate synthase activity of Rhodobacter sphaeroides is due to two paralogous enzymes, (3S)-Malyl-coenzyme A (CoA)/{beta}-methylmalyl-CoA lyase and (3S)- Malyl-CoA thioesterase.

Journal

J Bacteriol 192:1249-58 (2010)
DOI:10.1128/JB.01267-09

Sequence

[rsp:RSP_1771]

Reference

6 [PMID:27920298]

Authors

Borjian F, Han J, Hou J, Xiang H, Zarzycki J, Berg IA.

Title

Malate Synthase and beta-Methylmalyl Coenzyme A Lyase Reactions in the Methylaspartate Cycle in Haloarcula hispanica.

Journal

J Bacteriol 199:e00657-16 (2017)
DOI:10.1128/JB.00657-16