Groundbreaking research reveals new biomarkers and pathways for muscular dystrophy treatment using advanced computational analysis.
Discover how the LEAF algorithm helps researchers identify meaningful genes in DNA microarray data for medical diagnostics and biological discovery.
Explore how EMBL's international collaboration model powers groundbreaking life science research through member state support and shared resources.
Discover how comparative transcriptome analysis reveals the genetic mechanisms behind pigeon pea's remarkable drought tolerance and its implications for climate-resilient agriculture.
Discover how DNA methylation drives hepatocellular carcinoma (HCC) progression through TCGA data analysis and identification of methylation-regulated genes.
Discover how PAEP, KRT10, and BMP7 gene variations influence reproductive traits in Kele pigs through cutting-edge genetic analysis.
Discover how gut microbiome metagenomics is revolutionizing personalized medicine by predicting disease risks before symptoms appear.
Explore how data management and computational modeling are transforming plant biology into a data-driven science, enabling breakthroughs in understanding plant systems.
Discover how your gut bacteria interfere with microRNA responses during foodborne infections like Listeria, and what this means for your immune defense.
Explore how Information and Communication Technology is transforming healthcare through AI diagnostics, telehealth, wearables, and automated workflows.