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WormBase Tree Display for Gene: WBGene00001116

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Name Class

WBGene00001116SMapS_parentSequenceCHROMOSOME_X
IdentityVersion1
NameCGC_namedyc-1Person_evidenceWBPerson571
Sequence_nameC33G3.1
Molecular_nameC33G3.1a
C33G3.1a.1
CE24825
C33G3.1b
CE30500
C33G3.1b.1
C33G3.1b.2
Other_nameCELE_C33G3.1Accession_evidenceNDBBX284606
Public_namedyc-1
DB_infoDatabase (11)
SpeciesCaenorhabditis elegans
HistoryVersion_change107 Apr 2004 11:29:23WBPerson1971EventImportedInitial conversion from geneace
StatusLive
Gene_infoBiotypeSO:0001217
Gene_classdyc
Allele (289)
StrainWBStrain00024336
RNASeq_FPKM (74)
GO_annotation (13)
Ortholog (41)
ParalogWBGene00000420Caenorhabditis elegansFrom_analysisPanther
WormBase-Compara
WBGene00000894Caenorhabditis elegansFrom_analysisPanther
WormBase-Compara
WBGene00009930Caenorhabditis elegansFrom_analysisPanther
WormBase-Compara
WBGene00002176Caenorhabditis elegansFrom_analysisPanther
WormBase-Compara
WBGene00003830Caenorhabditis elegansFrom_analysisPanther
WormBase-Compara
Structured_descriptionConcise_descriptiondyc-1 encodes a homolog of murine CAPON, a protein associated with neuronal nitric oxide synthase that regulates its interactions with PSD95; DYC-1 is expressed in muscle, and is required for a dystrophin-related function in muscle.Paper_evidenceWBPaper00004383
WBPaper00004410
WBPaper00013014
WBPaper00013610
WBPaper00017840
Curator_confirmedWBPerson567
Date_last_updated17 Jun 2004 00:00:00
Automated_descriptionA structural constituent of muscle. Involved in several processes, including muscle cell cellular homeostasis; regulation of egg-laying behavior; and sarcomere organization. Located in axon and striated muscle dense body. Part of dystrophin-associated glycoprotein complex. Expressed in SDQL; SDQR; body wall musculature; head neurons; and vulval muscle. Used to study Duchenne muscular dystrophy. Human ortholog(s) of this gene implicated in nephrotic syndrome type 22. Is an ortholog of human NOS1AP (nitric oxide synthase 1 adaptor protein).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:11723Homo sapiensPaper_evidenceWBPaper00031344
WBPaper00004383
Accession_evidenceOMIM310200
Curator_confirmedWBPerson324
Date_last_updated18 May 2017 00:00:00
Potential_modelDOID:0112268Homo sapiensInferred_automaticallyInferred by orthology to human genes with DO annotation (HGNC:16859)
Disease_relevanceMutations in human dystrophin are associated with the Duchenne and Becker types of muscular dystrophy, that affect skeletal muscles used for movement, and heart (cardiac) muscle; the genetic model for progressive myopathy in C. elegans is a mutant of the elegans dystrophin ortholog, dys-1, combined with a mutation in hlh-1, the MyoD ortholog, (dys-1(cx18);hlh-1(cc561ts), these animals display time-dependent muscle degeneration; this model has been used to discover genes that play a role in muscle degeneration including dyc-1, the elegans ortholog of neuronal nitric oxide synthase adaptor protein (NOS1AP); dyc-1 loss of function mutations (cx5, cx32), show locomotion defects like hyperactivity and hypercontraction and in combination with the hlh-1 mutation show time-dependent muscle degeneration; when over-expressed dyc-1 can partially compensate for the loss of dystrophin in the dys-1; hlh-1 double mutants; further the muscle dense body expressed dyc-1 interacts with zyx-1, the ortholog of the human focal adhesion protein zyxin, via conserved domains; these studies indicate that DYC-1 may function together with DYS-1 and other proteins, and the dense body may be the site of the primary events of muscle degeneration occurring in the absence of dystrophin.Homo sapiensPaper_evidenceWBPaper00004383
Accession_evidenceOMIM605551
Curator_confirmedWBPerson324
Date_last_updated18 May 2017 00:00:00
Modifies_diseaseDOID:11723
Modifies_disease_in_annotationWBDOannot00000421
Models_disease_assertedWBDOannot00000114
WBDOannot00000287
Molecular_infoCorresponding_CDSC33G3.1a
C33G3.1b
Corresponding_transcriptC33G3.1a.1
C33G3.1b.1
C33G3.1b.2
Other_sequence (13)
Associated_feature (24)
Experimental_infoRNAi_resultWBRNAi00029472Inferred_automaticallyRNAi_primary
WBRNAi00041784Inferred_automaticallyRNAi_primary
WBRNAi00041783Inferred_automaticallyRNAi_primary
Expr_pattern (11)
Drives_constructWBCnstr00012178
WBCnstr00013251
WBCnstr00013252
WBCnstr00013253
WBCnstr00013821
WBCnstr00019119
WBCnstr00037077
WBCnstr00039395
Construct_productWBCnstr00013251
WBCnstr00013252
WBCnstr00013253
WBCnstr00037077
AntibodyWBAntibody00001353
Microarray_results (31)
Expression_cluster (167)
Interaction (21)
Map_infoMapXPosition16.1507Error0.110522
PositivePositive_cloneC33G3Inferred_automaticallyFrom sequence, transcript, pseudogene data
Mapping_dataMulti_point4153
4271
Pseudo_map_position
ReferenceWBPaper00004383
WBPaper00004410
WBPaper00006279
WBPaper00011348
WBPaper00011349
WBPaper00011668
WBPaper00017840
WBPaper00019652
WBPaper00024304
WBPaper00027577
WBPaper00029109
WBPaper00030710
WBPaper00031344
WBPaper00036199
WBPaper00037335
WBPaper00038491
WBPaper00039987
WBPaper00042056
WBPaper00055090
WBPaper00057543
WBPaper00058750
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