Caenorhabditis elegans

7 known processes

fbxa-60 (CELE_T12B5.10)

Protein FBXA-60

fbxa-60 biological process predictions


Filter by process size:
Biological processGO term IDProcess sizeProbabilityFunc Analog Org
post embryonic developmentGO:000979121520.142
embryo development ending in birth or egg hatchingGO:000979229920.098
agingGO:00075688120.098
regulation of developmental processGO:00507936840.091
genitalia developmentGO:00488067410.072
macromolecule localizationGO:00330367710.071
molting cycleGO:00423032810.068
lipid storageGO:00199155650.067
maintenance of locationGO:00512355800.063
multicellular organismal agingGO:00102598120.059
organ developmentGO:004851311020.059
regulation of biological qualityGO:00650087410.059
determination of adult lifespanGO:00083408120.053
lipid localizationGO:00108765730.053
innate immune responseGO:00450871900.042
embryo developmentGO:000979030520.041
regulation of developmental growthGO:00486383890.040
multi multicellular organism processGO:00447063900.038
growthGO:00400075620.038
immune responseGO:00069551920.038
multicellular organismal reproductive processGO:00486098150.037
regulation of multicellular organismal processGO:00512397260.036
multi organism reproductive processGO:00447038670.036
regulation of multicellular organism growthGO:00400143730.035
positive regulation of developmental processGO:00510944080.035
developmental growthGO:00485894120.034
molting cycle collagen and cuticulin based cuticleGO:00189962810.034
regulation of growthGO:00400084090.032
single organism signalingGO:00447004010.032
multi organism behaviorGO:00517053890.031
collagen and cuticulin based cuticle developmentGO:0040002990.030
reproductive structure developmentGO:00486088500.029
ovipositionGO:00189913640.029
hermaphrodite genitalia developmentGO:00400357340.028
reproductive system developmentGO:00614588500.028
body morphogenesisGO:00101716200.028
sex differentiationGO:00075489090.028
multicellular organismal reproductive behaviorGO:00330573840.027
gonad developmentGO:00084068400.027
multi organism reproductive behaviorGO:00447053870.027
behaviorGO:00076105270.026
cell developmentGO:00484686960.024
multicellular organism growthGO:00352643850.023
positive regulation of growthGO:00459273690.022
positive regulation of multicellular organismal processGO:00512404170.022
establishment of localizationGO:005123411710.022
organelle organizationGO:00069967830.022
developmental process involved in reproductionGO:000300611650.022
macromolecular complex subunit organizationGO:00439333200.021
vesicle mediated transportGO:00161928520.021
multicellular organism reproductionGO:00325048190.020
locomotionGO:004001116340.020
cell projection organizationGO:00300302310.019
transportGO:000681010930.018
protein localizationGO:00081042050.018
positive regulation of developmental growthGO:00486393540.017
reproductive behaviorGO:00190983870.017
cytoskeleton organizationGO:00070103390.017
neurogenesisGO:00220082360.017
signal transductionGO:00071653170.016
development of primary sexual characteristicsGO:00451378400.015
cellular component assemblyGO:00226072930.015
neuron developmentGO:00486661990.015
cellular localizationGO:00516413600.015
single organism reproductive processGO:004470211960.015
defense responseGO:00069522960.014
signalingGO:00230524010.013
response to chemicalGO:00422213560.013
single organism organelle organizationGO:19025895010.013
response to woundingGO:000961140.013
cellular component biogenesisGO:00440852970.013
regulation of cell communicationGO:00106461760.013
response to abiotic stimulusGO:00096281520.012
negative regulation of gene expressionGO:00106292170.012
oogenesisGO:00484772290.012
cellular protein metabolic processGO:00442672790.011
gene silencing by rnaGO:00310471430.011
organelle assemblyGO:00709252140.011
positive regulation of multicellular organism growthGO:00400183520.011
positive regulation of neuron projection developmentGO:001097640.010
neuron differentiationGO:00301822170.010

fbxa-60 disease predictions

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

DiseaseDO term IDSizeProbabilityFunc Analog Org