Multi-omics analyses of 6-Seleno-GTP against S. aureus
The goal of transcriptome analysis is typically to gain a comprehensive understanding of gene expression patterns in cells or tissues under specific physiological, pathological, or environmental conditions. This analysis helps identify genes associated with specific biological processes, explore gene expression differences under various conditions, and reveal potential underlying biological mechanisms.Specifically, the goals of transcriptome analysis include:Comprehensive Gene Expression Profiling: By quantitatively measuring all mRNA molecules in a cell, tissue, or sample, the goal is to reveal which genes are activated or suppressed under specific conditions.Identification of Differentially Expressed Genes: By comparing gene expression between different groups (e.g., disease vs. healthy, treatment vs. control), researchers can identify genes that are associated with specific biological phenomena, such as disease progression or drug response.Functional Enrichment Analysis: By annotating and analyzing the functions of differentially expressed genes, researchers can investigate their roles in cellular signaling pathways, metabolic processes, cell cycle regulation, and other biological functions, providing further insight into their potential role in specific physiological or pathological states.Construction of Transcriptional Regulatory Networks: By analyzing gene interactions, transcription factor activity, and signal pathway cross-talk, researchers can uncover complex regulatory networks governing gene expression, helping to identify potential regulatory mechanisms.