A better understanding of the molecular function and quantities of genes that are commonly regulated by WD stress will help identify the mechanism of the adaptive responses to drought in plants.
To better understand the lysine acetylome of Y. lipolytica, the GO functional classification of all the acetylated proteins based on their biological process, molecular function and cellular component was investigated (Fig. 6a c).
To better understand the functional roles of the predicted miRNA targets, we performed functional annotation of the target genes based on gene ontology (GO) in molecular function and biological process, and metabolic pathway mapping using the KEGG pathway [ 49].
To better understand the relevance of these sex-dimorphic genes we used a program based on Gene Ontology (GO) categories of biological processes, molecular function and cellular component.
For a better understanding of the molecular functions and biological processes underlying the nature of resistance to insecticides, Gene Ontology term enrichment analysis was used to detect differentially expressed unigenes over or under represented specifically in each strain.
GO annotation and KEGG Pathway analyses are able to obtain a better understanding from the cellular components, molecular functions and biological processes of target genes [ 10].
To better understand biologic functions enriched in the SAE transcriptome, the gene lists were assigned to functional categories using Gene Ontology molecular functions and the expression levels for ubiquitous and SAE-enriched genes were compared.
Both the local and the global structure-based methods are better at predicting molecular function than at predicting biological process and cellular component (Figure 2).
To better understand the molecular function of the plant ATP sulfurylase, we used a combination of initial velocity, inhibition and ITC-binding experiments to examine the kinetic mechanism of this enzyme.
To better understand the molecular function of MITF, we used tandem affinity purification to isolate MITF from 501Mel melanoma cells and mass spectrometry to identify its interacting partners.
