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WormBase Tree Display for Paper: WBPaper00046100

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Name Class

WBPaper00046100Namedoi10.4161/15384101.2014.949491
AGRKB:101000000630593
DB_infoDatabaseMEDLINEPMID25486568
Europe_PMCPMCIDPMC4614836
StatusValid
ReferenceTitleCyclin B3 and dynein heavy chain cooperate to increase fitness in the absence of mdf-1/MAD1 in Caenorhabditis elegans.
JournalCell Cycle
Page3089-199
Volume13
Publication_date2014-10-01
AuthorTarailo-Graovac MPersonWBPerson2784
Wong TPersonWBPerson13968
Qin ZPersonWBPerson25387
Flibotte SPersonWBPerson9327
Taylor JPersonWBPerson11515
Moerman DGPersonWBPerson427
Rose AMPersonWBPerson533
Chen NPersonWBPerson2168
PersonWBPerson2168
WBPerson533
WBPerson427
WBPerson11515
WBPerson9327
WBPerson25387
WBPerson2784
WBPerson13968
Brief_citationTarailo-Graovac M et al. (2014) Cell Cycle "Cyclin B3 and dynein heavy chain cooperate to increase fitness in the absence of ...."
AbstractWBPaper00046100
TypeJournal_articlePerson_evidenceWBPerson10877
Refers_toGeneWBGene00001049Inferred_automaticallyAbstract read dog-1
WBGene00000962
WBGene00003160Inferred_automaticallyAbstract read MDF-1
Abstract read mdf-1
WBGene00045464Inferred_automaticallyAbstract read such-4
WBGene00000868Inferred_automaticallyAbstract read cyb-3
AlleleWBVar02144919Inferred_automaticallyInferred automatically from curated phenotype
SpeciesCaenorhabditis elegans
TransgeneWBTransgene00001996
WBTransgene00015558
WBTransgene00015560
Community_curationPhenotype_curation_byWBPerson2784