Discover how evolutionary functional genomics is revolutionizing the fight against tuberculosis by identifying novel drug resistance genes in Mycobacterium tuberculosis.
Discover how progesterone acts as a master conductor inside the ovary, directing the corpus luteum cells that produce it in this groundbreaking scientific exploration.
Discover how scientists are using functional genomics pipelines to understand and manipulate embryonic development in mouse epiblast-like tissue.
Explore how data mining and computational intelligence are revolutionizing genomics research through gene expression data analysis, AI applications, and case studies.
Explore how testosterone boosts ribosomal RNA in injured motor neurons, potentially enhancing nerve regeneration and repair mechanisms.
Discover how highly polymorphic SSR markers are transforming foxtail millet research and breeding through genome-wide microsatellite variant analysis.
Explore how the acoel nervous system provides insights into brain evolution, development, and regeneration through cutting-edge research.
Explore how genomic sequencing is transforming pancreatic cancer research, revealing molecular subtypes and paving the way for precision medicine approaches.
Discover how scientists cloned and analyzed the human IRF-3 promoter, revealing its role in antiviral defense and unexpected connections to cancer and cell regulation.
Discover how Enchytraeus crypticus, a tiny soil worm, is transforming environmental safety through transcriptomics and microarray technology.