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WormBase Tree Display for Gene: WBGene00014202

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Name Class

WBGene00014202SMapS_parentSequenceZK1058
IdentityVersion2
NameCGC_namemmcm-1Person_evidenceWBPerson4388
WBPerson4387
Sequence_nameZK1058.1
Molecular_nameZK1058.1
ZK1058.1.1
CE30404
Other_nameCELE_ZK1058.1Accession_evidenceNDBBX284603
Public_namemmcm-1
DB_infoDatabase (13)
SpeciesCaenorhabditis elegans
HistoryVersion_change126 May 2004 16:54:55WBPerson1971EventImportedInitial conversion from CDS class of WS125
216 Jan 2006 17:57:11WBPerson2970Name_changeCGC_namemmcm-1
StatusLive
Gene_infoBiotypeSO:0001217
Gene_classmmcm
Allele (60)
StrainWBStrain00032132
RNASeq_FPKM (74)
GO_annotation (23)
Contained_in_operonCEOP3864
Ortholog (36)
ParalogWBGene00020169Caenorhabditis elegansFrom_analysisWormBase-Compara
Structured_descriptionConcise_descriptionmmcm-1 encodes an ortholog of human methylmalonyl-CoA mutase (MUT); MMCM-1 enzyme, in vitro, kinetically resembles its human ortholog; mmcm-1 deletion mutants incorporate abnormally low levels of 1-[(14)C]-propionate into proteins; mmcm-1(RNAi) and mmcm-1 deletion mutant animals excrete abnormally high levels of methylmalonic acid into their culture medium when challenged with propionic acid; mmcm-1, in a lentiviral transgene, can partially rescue the mutant phenotype of human mut(o) fibroblasts; these data are consistent with the hypothesis that MMCM-1 participates in the conversion of propionyl-CoA to succinyl-CoA.Paper_evidenceWBPaper00004588
WBPaper00004637
WBPaper00027754
Curator_confirmedWBPerson567
Date_last_updated02 Oct 2006 00:00:00
Automated_descriptionEnables methylmalonyl-CoA mutase activity. Involved in amino acid metabolic process and fatty acid metabolic process. Located in mitochondrion. Used to study methylmalonic acidemia. Human ortholog(s) of this gene implicated in methylmalonic aciduria due to methylmalonyl-CoA mutase deficiency. Is an ortholog of human MMUT (methylmalonyl-CoA mutase).Paper_evidenceWBPaper00065943
Curator_confirmedWBPerson324
WBPerson37462
Inferred_automaticallyThis description was generated automatically by a script based on data from the WS291 version of WormBase
Date_last_updated29 Nov 2023 00:00:00
Disease_infoExperimental_modelDOID:14749Homo sapiensPaper_evidenceWBPaper00027754
Accession_evidenceOMIM251000
251100
Curator_confirmedWBPerson324
Date_last_updated09 Oct 2018 00:00:00
Potential_modelDOID:0060740Homo sapiensInferred_automaticallyInferred by orthology to human genes with DO annotation (HGNC:7526)
Disease_relevanceMethylmalonic aciduria is a genetically heterogeneous disorder of methylmalonate and cobalamin (vitamin B12) metabolism; the metabolism of propionyl-CoA to succinyl-CoA via the formation and isomerization of methylmalonyl-CoA is a critical metabolic pathway in humans; the defective conversion of L-methylmalonyl-CoA to succinyl-CoA in the mitochondrial matrix causes hereditary methylmalonic acidemias, characterized by the accumulation of methylmalonic acid in tissues and secondary metabolic perturbations such as hyperglycinemia and hyperammonemia; affected individuals may suffer from developmental delay, renal disease, pancreatitis and metabolic infarction of the basal ganglia; C.elegans expresses the full complement of mammalian homologues for the conversion of propionyl-CoA to succinyl-CoA, including propionyl-CoA carboxylase subunits A and B (pcca-1,pccb-1), methylmalonic acidemia cobalamin A complementation group (mmaa-1), co(I)balaminadenosyltransferase (mmab-1), MMACHC (cblc-1), methylmalonyl-CoA epimerase (mce-1) and methylmalonyl-CoA mutase (mmcm-1); deletion mutants of mmcm-1(ok1637), mmab-1(ok1484 and ok1493) and mce-1(ok243) displayed reduced 1-[14C]-propionate incorporation into macromolecules and produced increased amounts of methylmalonic acid in the culture medium, proving that a functional block in the pathway caused metabolite accumulation; lentiviral delivery of the C. elegans mmcm-1 into fibroblasts derived from a patient with mut class methylmalonic acidemia could partially restore propionate flux; the C. elegans mce-1 deletion mutant demonstrates for the first time that a lesion at the epimerase step of methylmalonyl-CoA metabolism can functionally impair flux through the methylmalonyl-CoA mutase pathway and suggests that malfunction of MCEE may cause methylmalonic acidemia in humans.Homo sapiensPaper_evidenceWBPaper00027754
Accession_evidenceOMIM251000
251100
609058
Curator_confirmedWBPerson324
Date_last_updated29 May 2014 00:00:00
Models_disease_assertedWBDOannot00000284
Molecular_infoCorresponding_CDSZK1058.1
Corresponding_transcriptZK1058.1.1
Other_sequenceTcir_isotig01975
Tcir_isotig30227
ASC17363_1
HC09013
JK315817.1
HC02458
FC543339.1
SSC03218_1
BI772821.1
OOC00380_3
Tcol_isotig13017
FK807616.1
SS00250
Dviv_isotig22871
FC547248.1
HC00784
EX558746.1
EX545131.1
HCC01132_1
AS10975
HCC04517_2
EX910020.1
Tcir_isotig01974
Acan_isotig07560
EX008283.1
Name_isotig01253
ACC00520_1
CR02984
HC06998
EX553022.1
Tcol_isotig18357
CRC04493_1
SRC05460_1
PPC04703_1
CBC00550_1
JO472435.1
AE03276
HCC01131_2
FC540980.1
ASC32826_1
HC00734
CJC11484_1
EX561150.1
SRC06971_1
EX912666.1
CBC07487_1
Tcol_isotig18324
ASC26095_1
JO468692.1
HC06270
TM03069
EX543888.1
HCC01132_2
OOC01945_1
TSC00892_1
HC05904
JI178982.1
HBC17505_1
Tcol_isotig02723
JI166959.1
FE909515.1
AS15400
EX535086.1
FE914568.1
TDC02209_1
OOC00380_2
EX549493.1
ACC15355_1
EX538478.1
EX546749.1
HCC01131_1
ASC01402_1
OOC00380_1
AS01049
EX538130.1
AE03667
HCC04517_1
EX566061.1
HCC04379_1
FC819601.1
Oden_isotig17450
FK803495.1
HC02389
EX536264.1
SSC03830_1
HC06250
FC547869.1
PP01026
EX544004.1
HCC11090_1
AYC02434_1
JI166182.1
JI213844.1
Tcol_isotig15931
EX556099.1
HCC11599_1
TS02616
Tcol_isotig12621
BM052069.1
SR04489
HC06765
HC05903
HCC03689_1
AE00942
BM174788.1
FC813721.1
EX008717.1
FE913710.1
HC02042
JI174756.1
BG577541.1
SS02820
Oden_isotig17449
HCC04476_1
AS04699
Hbac_isotig01620
EX547752.1
CB013625.1
CRC10415_1
ACC00905_1
HC02313
EY460917.1
HC02474
EX548548.1
TMC00555_1
HBC04165_1
AE03874
Tcol_isotig02722
HCC04308_1
JO472287.1
AE04667
AE00012
HC02473
CJC01468_1
Associated_featureWBsf666451
WBsf666715
WBsf666716
WBsf226427
WBsf226428
WBsf226429
Experimental_infoRNAi_resultWBRNAi00059082Inferred_automaticallyRNAi_primary
WBRNAi00078223Inferred_automaticallyRNAi_primary
WBRNAi00006035Inferred_automaticallyRNAi_primary
WBRNAi00038132Inferred_automaticallyRNAi_primary
WBRNAi00007126Inferred_automaticallyRNAi_primary
WBRNAi00059081Inferred_automaticallyRNAi_primary
WBRNAi00106988Inferred_automaticallyRNAi_primary
Expr_patternExpr1017573
Expr1036359
Expr1162512
Expr2013626
Expr2031860
Drives_constructWBCnstr00029229
Construct_productWBCnstr00029229
Microarray_results (20)
Expression_cluster (134)
Interaction (30)
Map_infoMapIIIPosition-4.23496
PositivePositive_cloneZK1058Inferred_automaticallyFrom sequence, transcript, pseudogene data
Mapping_dataMulti_point5662
4791
Pseudo_map_position
Reference (15)
RemarkMap position created from combination of previous interpolated map position (based on known location of sequence) and allele information. Therefore this is not a genetic map position based on recombination frequencies or genetic experiments. This was done on advice of the CGC.CGC_data_submission
MethodGene