What question did this study set out to answer?

The central aim is to investigate the molecular changes in T cells associated with acquired aplastic anemia through miRNA and mRNA profiling.

An In Silico and In vitro Study Examining the Links between T-Cells, MicroRNA, and mRNA Targets/Pathways Associated with Immune-Related Pathogenesis in Acquired Aplastic Anemia

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In silico and in vitro analysis reveals miRNA-mRNA interactions in acquired aplastic anemia, suggesting potential therapeutic targets.

The central aim is to investigate the molecular changes in T cells associated with acquired aplastic anemia through miRNA and mRNA profiling.
Utilized GEO database for miRNA and mRNA profiling of T cells from aplastic anemia patients and controls.
Conducted differential expression analysis and functional enrichment using bioinformatics tools.
Performed protein-protein interaction network analysis to identify key pathways and hub genes.
Identified 41 miRNAs and 944 mRNA targets significantly altered in aplastic anemia cases.
Revealed 10 key pathways and hub genes linked to immune dysregulation in acquired aplastic anemia.
Proposed miRNA-mRNA networks as potential biomarkers or therapeutic targets pending further validation.

Rai et al. (2026) studied this question.

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