Explore how DNA biosensors with integrated isothermal amplification are transforming disease detection through portable, rapid, and highly sensitive diagnostic technologies.
How reverse genetics technology allows scientists to safely study the deadly H5N1 avian influenza virus through reconstruction.
Discover how C. elegans is revolutionizing prion research, revealing mechanisms of protein misfolding and potential therapeutic targets for neurodegenerative diseases.
Exploring the groundbreaking discoveries in Progress in Nucleic Acid Research and Molecular Biology, Volume 3 (1964) that revealed RNA's central role in life's molecular machinery.
Investigating how sports fatigue impacts tennis performance through physiological, biomechanical and cognitive analysis of elite players.
Explore how DNA and RNA sequencing technologies are transforming medicine, biology, and our future with breakthroughs like the $100 genome and CRISPR-based cures.
Discover how mTORC1 transforms nutrients into vitality and why its malfunction fuels diseases from cancer to diabetes.
Discover how locked nucleic acids (LNAs) revealed the complex world of pre-miRNA processing, including cleavage patterns and polyuridylation.
Exploring how institutional repositories are democratizing access to scholarly research through open access initiatives and evidence-based approaches.
Highlights from the 2022 Society for In Vitro Biology Meeting showcasing CRISPR crops, 3D organ models, and AI-driven biology innovations