Research Articles
The Brain's Master Builders: How Neuroengineering Bridges the Gap to Cure Disease
Exploring how neuroengineering combines biological understanding with cutting-edge engineering to tackle neurological diseases by bridging multiple levels of brain function.
The Invisible Laboratory: How Test Tube Science is Reshaping Toxicology
Exploring how in vitro toxicology is transforming safety science, its current limitations, and future breakthroughs in replacing animal testing.
The Molecular Detective: How AI Sees What Human Eyes Can't in Phosphonium Salts
Discover how deep learning can visually identify molecular structures of phosphonium salts, distinguishing subtle homologs through microscopy images.
Potato Under Siege: The Tiny Armies Waging War on Your Fries
Explore the major insect pests threatening global potato production, their resistance mechanisms, and innovative control strategies to protect this vital food crop.
The Glycan Architect: How Barbara Imperiali Decodes Nature's Sugar Code
Profile of Barbara Imperiali, a trailblazing scientist decoding nature's sugar code through interdisciplinary research in glycobiology and chemical biology.
Seeing Disease in New Dimensions: The Technologies Rewriting Human Biology
Explore how cutting-edge technologies are revealing human disease mechanisms through human-focused tools, moving beyond animal model limitations.
The Azobenzene Revolution: How a Simple Molecular Gymnast is Powering Tomorrow's Technologies
Exploring the groundbreaking applications of azobenzene in drug delivery, robotics, energy storage, and vision restoration through light-responsive molecular engineering.
Beyond the Molecule: How Albert Szent-Györgyi's Festschrift Mapped the Future of Life Science
Exploring the landmark 1962 Festschrift honoring Nobel laureate Albert Szent-Györgyi and its impact on biochemistry, quantum biology, and origins of life research.
Breaking Barriers: How Biotechnology Became a Tool for All
The democratization of biotechnology is accelerating access and innovation, transforming it from an elite pursuit to a shared tool for human progress.
Breaking the Leukemia Code: Menin Inhibitors Offer New Hope for Aggressive Blood Cancers
Discover how menin-KMT2A inhibitors are revolutionizing treatment for aggressive blood cancers with KMT2A rearrangements and NPM1 mutations.