IMP: Integrative Multi-species Prediction

Drosophila melanogaster

0 known processes

CG11248 (Dmel_CG11248)

CG11248 gene product from transcript CG11248-RB

(Aliases: Dmel\CG11248)

Entrez: 40411
FLYBASE: FBgn0037117
UniProtKB: Q9VNZ7

Process Predictions
Disease Predictions

CG11248 biological process predictions

Show only novel predictionsHighlight processes of functional analogs

Filter by process size:

Biological process	GO term ID	Process size	Probability
adult behavior	GO:0030534	137	0.103
single organism intracellular transport	GO:1902582	207	0.086
intracellular transport	GO:0046907	228	0.086
death	GO:0016265	284	0.056
regionalization	GO:0003002	416	0.051
single organism behavior	GO:0044708	391	0.049
response to biotic stimulus	GO:0009607	294	0.038
ras protein signal transduction	GO:0007265	88	0.033
regulation of intracellular signal transduction	GO:1902531	236	0.030
cytoplasmic transport	GO:0016482	130	0.030
response to other organism	GO:0051707	293	0.028
positive regulation of response to stimulus	GO:0048584	323	0.027
regulation of cell cycle	GO:0051726	291	0.027
organelle assembly	GO:0070925	198	0.027
response to external biotic stimulus	GO:0043207	293	0.027
intracellular signal transduction	GO:0035556	300	0.026
establishment of localization in cell	GO:0051649	402	0.026
positive regulation of signaling	GO:0023056	243	0.026
microtubule organizing center organization	GO:0031023	168	0.026
defense response to other organism	GO:0098542	225	0.025
proteolysis	GO:0006508	192	0.025
positive regulation of signal transduction	GO:0009967	223	0.024
regulation of localization	GO:0032879	275	0.022
protein maturation	GO:0051604	71	0.022
microtubule based movement	GO:0007018	51	0.022
macromolecule catabolic process	GO:0009057	161	0.022
modification dependent macromolecule catabolic process	GO:0043632	79	0.021
gene silencing by rna	GO:0031047	57	0.021
cellular macromolecule catabolic process	GO:0044265	136	0.021
cell death	GO:0008219	279	0.021
positive regulation of cell communication	GO:0010647	250	0.020
central nervous system development	GO:0007417	201	0.020
regulation of phosphorylation	GO:0042325	147	0.020
proteasomal protein catabolic process	GO:0010498	59	0.019
negative regulation of signal transduction	GO:0009968	206	0.019
protein localization	GO:0008104	284	0.019
transcription from rna polymerase ii promoter	GO:0006366	368	0.018
spermatogenesis	GO:0007283	200	0.018
phagocytosis	GO:0006909	215	0.018
spermatid development	GO:0007286	98	0.018
tube morphogenesis	GO:0035239	191	0.018
chemical homeostasis	GO:0048878	92	0.017
nuclear transport	GO:0051169	72	0.017
developmental programmed cell death	GO:0010623	138	0.017
protein processing	GO:0016485	68	0.016
cellular macromolecule localization	GO:0070727	220	0.016
positive regulation of transcription from rna polymerase ii promoter	GO:0045944	204	0.016
proteolysis involved in cellular protein catabolic process	GO:0051603	83	0.015
salivary gland morphogenesis	GO:0007435	145	0.015
meiotic cell cycle process	GO:1903046	132	0.015
gland morphogenesis	GO:0022612	145	0.015
nucleocytoplasmic transport	GO:0006913	72	0.015
regulation of cell cycle process	GO:0010564	181	0.014
positive regulation of intracellular signal transduction	GO:1902533	116	0.014
programmed cell death	GO:0012501	257	0.014
nuclear division	GO:0000280	332	0.014
epithelial cell development	GO:0002064	274	0.014
humoral immune response	GO:0006959	117	0.014
olfactory learning	GO:0008355	56	0.014
post embryonic appendage morphogenesis	GO:0035120	385	0.014
establishment or maintenance of cell polarity	GO:0007163	167	0.013
response to abiotic stimulus	GO:0009628	341	0.013
cilium organization	GO:0044782	41	0.013
wing disc morphogenesis	GO:0007472	344	0.013
cell migration	GO:0016477	238	0.013
forebrain development	GO:0030900	2	0.013
rna localization	GO:0006403	115	0.013
vesicle mediated transport	GO:0016192	381	0.012
autophagic cell death	GO:0048102	83	0.012
dna endoreduplication	GO:0042023	22	0.012
neuronal stem cell division	GO:0036445	35	0.012
regulation of gene expression epigenetic	GO:0040029	128	0.012
camera type eye development	GO:0043010	4	0.012
small molecule metabolic process	GO:0044281	305	0.012
regulation of cellular localization	GO:0060341	136	0.012
negative regulation of cellular component organization	GO:0051129	108	0.012
exocrine system development	GO:0035272	162	0.012
protein modification by small protein conjugation	GO:0032446	79	0.012
meiosis i	GO:0007127	59	0.011
posttranscriptional gene silencing	GO:0016441	46	0.011
nucleus organization	GO:0006997	45	0.011
organonitrogen compound metabolic process	GO:1901564	318	0.011
protein transport	GO:0015031	155	0.011
protein modification by small protein conjugation or removal	GO:0070647	106	0.011
regulation of cell morphogenesis	GO:0022604	163	0.011
endocytosis	GO:0006897	310	0.011
protein modification process	GO:0036211	438	0.011
cellularization	GO:0007349	90	0.011
dna conformation change	GO:0071103	105	0.011
telencephalon development	GO:0021537	2	0.011
regulation of transcription from rna polymerase ii promoter	GO:0006357	378	0.011
regulation of cellular catabolic process	GO:0031329	157	0.010
jak stat cascade	GO:0007259	49	0.010
regulation of gene silencing	GO:0060968	63	0.010
olfactory behavior	GO:0042048	97	0.010
regulation of catabolic process	GO:0009894	170	0.010
dephosphorylation	GO:0016311	51	0.010
spinal cord development	GO:0021510	1	0.010
oxoacid metabolic process	GO:0043436	103	0.010
defense response to bacterium	GO:0042742	178	0.010
ovarian follicle cell development	GO:0030707	248	0.010
cellular protein catabolic process	GO:0044257	83	0.010
dorsal ventral pattern formation	GO:0009953	133	0.010

CG11248 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	Probability
disease of anatomical entity	DOID:7	0.042
nervous system disease	DOID:863	0.026
eye and adnexa disease	DOID:1492	0.012
sensory system disease	DOID:0050155	0.012
eye disease	DOID:5614	0.011

Loading network...

Network Filters

Minimum relationship confidence:

Maximum number of genes:

Highlight known relationships in gold.

Graphical Options

Adjust edge length:

Adjust node size:

Fixed layout

Black background

Low confidence color:

Med confidence color:

High confidence color:

Hide the legend in the network