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Some of the SNPs matched into four functional groups in geneontology.
2
Performed functional analysis showed strongly enriched geneontology terms associated with protein methylation.
3
Bioinformatic tools were used for pathways, network, geneontology and toxicity related studies.
4
Further evaluation of CNAs using geneontology identified pathways involved with disease aggressiveness.
5
We also confirmed this tendency by analyzing the geneontology annotation of classified genes.
6
Finally, we carried out a geneontology analysis to determine the function of TE-fused genes.
7
Consequently, the related geneontology (GO) biological processes were different.
8
DEGs were mainly enriched in catalytic activity and metabolic process based on geneontology enrichment analysis.
9
Enrichment analysis based on geneontology was performed to deconvolute the processes that accompanied desiccation tolerance.
10
For characterization of genes , the algorithm uses geneontology enabling a comparison of function independent of evolutionary relationship.
11
Functional interpretation of the most associated signals was based on functional genomic annotations, geneontology, and pathway analyses.
12
Often a sound biological interpretation was possible for overrepresented geneontology categories within differentially expressed genes between groups of tissues.
13
Functional annotation was performed by geneontology (GO) mapping and expression annotation using Biobase Transfac and PANTHER software.
14
The proteomics data of 73 publications were integrated and unified with protein annotations from UniProt-KB and geneontology (GO).
15
Furthermore, myoblast differentiation-associated miRNAs are suggested to collectively regulate gene clusters and targets associated with enriched specific geneontology terms or pathways.
16
Furthermore, geneontology analysis of the identified proteins reveals enrichment in transmembrane- and membrane-associated proteins and in proteins associated with transport activity.