Exact(1)
Hence, we focused our initial analysis on the WAT dataset and performed functional annotation of the genes up - or downregulated in fasted WAT (1.3x, FDR5) by mapping these lists onto gene ontology (GO; [ 40]) and KEGG pathways [ 41] utilizing the DAVID tool [ 42, 43].
Similar(59)
To identify biological processes that were significantly affected as a result of gene misregulation, we utilized the DAVID Functional Annotational Clustering tool [32], [33] to group the misregulated genes into clusters by their gene ontology (GO) based on biological process.
Differentially expressed genes were categorized in GeneOntology groups using the DAVID tool (http://david.abcc.ncifcrf.gov/).abcc.ncifcrf.gov/
The enrichment significance was determined by the DAVID tool.
GO term enrichment analysis was performed using the DAVID tool (http://david.abcc.ncifcrf.gov, [ Huang et al., 2009]).
The list in the table shows the regulated genes as revealed by the DAVID tool.
Functional gene set analysis was conducted using the DAVID tool (Huang da et al., 2009).
A total of 130 genes (73%) were classified using the DAVID tool.
The enrichment analysis was performed using the DAVID tool [ 21, 22].
For the cow genes, we also performed a functional clustering analysis using the DAVID tool.
The DAVID tool was used to perform functional annotation of gene analysis [ 18].
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