IMP: Integrative Multi-species Prediction

Drosophila melanogaster

0 known processes

CG30350 (Dmel_CG30350)

CG30350 gene product from transcript CG30350-RA

(Aliases: Dmel\CG30350,CG8278)

Entrez: 246556
FLYBASE: FBgn0050350
UniProtKB: Q961L5

Process Predictions
Disease Predictions

CG30350 biological process predictions

Show only novel predictionsHighlight processes of functional analogs

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Biological process	GO term ID	Process size	Probability
small molecule metabolic process	GO:0044281	305	0.090
organic acid metabolic process	GO:0006082	103	0.087
oxoacid metabolic process	GO:0043436	103	0.069
carboxylic acid metabolic process	GO:0019752	92	0.068
catabolic process	GO:0009056	409	0.056
single organism catabolic process	GO:0044712	228	0.056
organic substance catabolic process	GO:1901575	308	0.052
developmental programmed cell death	GO:0010623	138	0.047
cell death	GO:0008219	279	0.044
carbohydrate metabolic process	GO:0005975	82	0.044
cellular catabolic process	GO:0044248	372	0.043
muscle structure development	GO:0061061	224	0.040
spindle organization	GO:0007051	253	0.039
cellular protein modification process	GO:0006464	438	0.036
organonitrogen compound metabolic process	GO:1901564	318	0.036
pyridine containing compound metabolic process	GO:0072524	3	0.035
transmembrane transport	GO:0055085	139	0.032
single organism biosynthetic process	GO:0044711	206	0.032
organophosphate metabolic process	GO:0019637	195	0.031
protein ubiquitination	GO:0016567	70	0.029
vesicle mediated transport	GO:0016192	381	0.029
regulation of cellular ketone metabolic process	GO:0010565	3	0.028
positive regulation of response to stimulus	GO:0048584	323	0.028
death	GO:0016265	284	0.027
male gamete generation	GO:0048232	201	0.025
sleep	GO:0030431	49	0.025
organelle fission	GO:0048285	340	0.025
endocytosis	GO:0006897	310	0.024
phagocytosis	GO:0006909	215	0.024
somatic muscle development	GO:0007525	66	0.024
regulation of cell shape	GO:0008360	113	0.023
protein modification by small protein conjugation or removal	GO:0070647	106	0.023
response to abiotic stimulus	GO:0009628	341	0.023
programmed cell death	GO:0012501	257	0.021
mitotic spindle organization	GO:0007052	220	0.021
cell proliferation	GO:0008283	299	0.021
regulation of localization	GO:0032879	275	0.020
regulation of anatomical structure morphogenesis	GO:0022603	242	0.020
myoblast fusion	GO:0007520	43	0.020
apoptotic process	GO:0006915	159	0.019
single organism carbohydrate metabolic process	GO:0044723	72	0.019
cellular amino acid metabolic process	GO:0006520	61	0.019
protein modification by small protein conjugation	GO:0032446	79	0.018
neurological system process	GO:0050877	358	0.018
single organism intracellular transport	GO:1902582	207	0.018
sensory perception	GO:0007600	196	0.018
macromolecule catabolic process	GO:0009057	161	0.018
salivary gland development	GO:0007431	162	0.018
protein catabolic process	GO:0030163	101	0.018
nucleobase containing small molecule metabolic process	GO:0055086	174	0.018
gland development	GO:0048732	191	0.017
stem cell differentiation	GO:0048863	117	0.017
tissue death	GO:0016271	102	0.017
posttranscriptional regulation of gene expression	GO:0010608	145	0.017
regulation of cellular protein metabolic process	GO:0032268	243	0.016
nuclear division	GO:0000280	332	0.016
macromolecular complex assembly	GO:0065003	256	0.016
generation of precursor metabolites and energy	GO:0006091	42	0.016
multi multicellular organism process	GO:0044706	123	0.016
negative regulation of response to stimulus	GO:0048585	258	0.016
organic substance transport	GO:0071702	257	0.015
spermatogenesis	GO:0007283	200	0.015
body morphogenesis	GO:0010171	2	0.015
chemotaxis	GO:0006935	249	0.015
sperm individualization	GO:0007291	48	0.015
nucleotide metabolic process	GO:0009117	161	0.015
regulation of cell morphogenesis	GO:0022604	163	0.015
establishment of localization in cell	GO:0051649	402	0.015
proteolysis	GO:0006508	192	0.015
regulation of cellular amino acid metabolic process	GO:0006521	0	0.014
regionalization	GO:0003002	416	0.014
positive regulation of cell communication	GO:0010647	250	0.014
proteolysis involved in cellular protein catabolic process	GO:0051603	83	0.014
gland morphogenesis	GO:0022612	145	0.014
epithelial cell differentiation	GO:0030855	322	0.014
response to oxygen containing compound	GO:1901700	200	0.014
regulation of cellular amine metabolic process	GO:0033238	3	0.014
mitotic spindle elongation	GO:0000022	81	0.014
protein modification process	GO:0036211	438	0.014
forebrain development	GO:0030900	2	0.014
developmental growth	GO:0048589	280	0.014
nucleoside phosphate metabolic process	GO:0006753	162	0.014
wound healing	GO:0042060	75	0.014
positive regulation of signaling	GO:0023056	243	0.014
developmental maturation	GO:0021700	172	0.013
multicellular organismal aging	GO:0010259	140	0.013
modification dependent protein catabolic process	GO:0019941	78	0.013
meiotic nuclear division	GO:0007126	151	0.013
protein complex assembly	GO:0006461	200	0.012
cell maturation	GO:0048469	144	0.012
phosphate ion transport	GO:0006817	4	0.012
growth	GO:0040007	359	0.012
cell projection assembly	GO:0030031	94	0.012
salivary gland morphogenesis	GO:0007435	145	0.011
columnar cuboidal epithelial cell differentiation	GO:0002065	256	0.011
regulation of transport	GO:0051049	181	0.011
striated muscle cell differentiation	GO:0051146	90	0.011
regulation of phosphatase activity	GO:0010921	3	0.011
response to organic substance	GO:0010033	284	0.011
histolysis	GO:0007559	102	0.011
ubiquitin dependent protein catabolic process	GO:0006511	78	0.011
negative regulation of nitrogen compound metabolic process	GO:0051172	265	0.011
cell division	GO:0051301	248	0.011
protein complex biogenesis	GO:0070271	201	0.011
pyridine nucleotide metabolic process	GO:0019362	2	0.011
actin filament based process	GO:0030029	220	0.011
cellular lipid metabolic process	GO:0044255	83	0.011
membrane depolarization	GO:0051899	4	0.010
male meiosis	GO:0007140	52	0.010
small gtpase mediated signal transduction	GO:0007264	88	0.010
peptidyl amino acid modification	GO:0018193	105	0.010
water homeostasis	GO:0030104	3	0.010

CG30350 disease predictions

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

	Disease	DO term ID	Size	Probability	Func Analog Org
	disease of anatomical entity	DOID:7	0	0.038
	nervous system disease	DOID:863	0	0.016

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