Danio rerio

0 known processes

dnajc19

DnaJ (Hsp40) homolog, subfamily C, member 19

(Aliases: zgc:73251,MGC73251)

dnajc19 biological process predictions


Filter by process size:
Biological processGO term IDProcess sizeProbabilityFunc Analog Org
larval developmentGO:000216420.487
Worm
regulation of multicellular organism growthGO:004001440.094
central nervous system developmentGO:00074173870.075
agingGO:000756820.052
mitochondrion organizationGO:000700540.036
Yeast
multicellular organism growthGO:003526440.034
lipid storageGO:001991510.034
locomotionGO:00400113130.029
rna biosynthetic processGO:00327741810.028
protein acetylationGO:000647320.028
single organism metabolic processGO:00447102170.027
Yeast
response to drugGO:004249330.025
protein secretionGO:000930610.024
generation of neuronsGO:00486993850.024
head developmentGO:00603223030.023
small molecule metabolic processGO:0044281770.022
Yeast
brain developmentGO:00074202930.020
growthGO:00400071740.020
embryo development ending in birth or egg hatchingGO:00097922710.020
Worm
regulation of nitrogen compound metabolic processGO:00511712510.020
Yeast
organonitrogen compound metabolic processGO:1901564740.019
Yeast
single organism reproductive processGO:0044702400.019
Human
regulation of multicellular organismal processGO:00512392770.018
positive regulation of cell cycleGO:004578730.018
single organism localizationGO:19025782250.017
Yeast
maintenance of locationGO:005123540.016
regulation of cellular ketone metabolic processGO:001056570.016
cellular respirationGO:004533330.016
organic cyclic compound biosynthetic processGO:19013622230.016
programmed cell deathGO:00125011190.016
cell deathGO:00082191210.016
meiotic nuclear divisionGO:000712640.015
determination of left right symmetryGO:00073681790.015
macromolecule modificationGO:00434121110.015
deathGO:00162651210.014
regulation of nucleic acid templated transcriptionGO:19035062130.014
purine containing compound metabolic processGO:0072521290.014
Yeast
developmental growthGO:00485891660.014
positive regulation of cellular catabolic processGO:003133130.013
Yeast
cellular amine metabolic processGO:004410620.013
cellular nitrogen compound metabolic processGO:00346412900.013
Yeast
nitrogen compound metabolic processGO:00068073190.013
Yeast
developmental process involved in reproductionGO:0003006270.013
Human
aromatic compound biosynthetic processGO:00194382170.013
response to glucocorticoidGO:005138410.013
amine metabolic processGO:000930820.013
nucleic acid templated transcriptionGO:00976591810.013
production of molecular mediator of immune responseGO:000244020.013
apoptotic processGO:00069151160.013
cellular ketone metabolic processGO:0042180110.013
regulation of cytokine productionGO:000181730.013
somatic stem cell maintenanceGO:003501910.013
response to stressGO:00069502630.012
modification dependent protein catabolic processGO:001994130.012
oxidation reduction processGO:0055114410.012
cellular component movementGO:00069283350.012
regulation of metabolic processGO:00192223590.012
Yeast
reproductive processGO:0022414400.012
Human
organic substance biosynthetic processGO:19015762890.011
transcription dna templatedGO:00063511810.011
regulation of developmental processGO:00507932470.011
nucleic acid metabolic processGO:00903042440.011
phosphorus metabolic processGO:00067931090.011
Yeast
regulation of meiotic cell cycleGO:005144510.011
carboxylic acid metabolic processGO:0019752220.011
neuron differentiationGO:00301823530.011
regulation of cellular amino acid metabolic processGO:000652100.011
organelle localizationGO:0051640490.011
establishment of protein localization to organelleGO:007259440.011
Yeast
cellular localizationGO:0051641970.011
Yeast
cellular transition metal ion homeostasisGO:004691630.010
response to external stimulusGO:00096052640.010
atp catabolic processGO:000620040.010
Yeast
positive regulation of multicellular organismal processGO:0051240520.010
cell motilityGO:00488702440.010

dnajc19 disease predictions

Disease predictions are made from cross-annotation of human disease genes to the identified functional analogs in zebrafish and predicted with the zebrafish functional network.

DiseaseDO term IDSizeProbabilityFunc Analog Org