Explore how the NIH Guidelines for Research Involving Recombinant or Synthetic Nucleic Acid Molecules adapt to revolutionary technologies like gene drives while maintaining safety principles.
Explore how biosensors are revolutionizing health monitoring and environmental protection to achieve Sustainable Development Goals
Discover how maize plants detoxify formaldehyde through glutathione-dependent pathways and the implications for agriculture and environmental science.
Explore how biological sequence databases are transforming scientific discovery through global collaboration and advanced data management.
Discover how bioinformatics patents are transforming drug discovery through AI-driven approaches, recent innovations, and the future of medicine.
Discover how plant-derived n-caprylic acid serves as an eco-friendly solution to combat harmful algal blooms through targeted cellular disruption.
Explore the fascinating process of immunoglobulin gene rearrangement and how your body creates billions of unique antibodies to fight pathogens.
Discover how structurally defined ruthenium(II) metallointercalators are transforming DNA detection through their unique light-switch effect and precise binding properties.
Explore how 2003 became a defining year for gene therapy, forcing the field to confront its dangers and develop safety measures that led to today's revolutionary treatments.
Exploring the fundamental unsolved problems in nucleic acid chemistry, from RNA folding to biological homochirality and enzyme kinetics.