Discover the fascinating science behind sphingolipids in soybeans, their health benefits, and the analytical methods used to quantify these bioactive compounds.
Discover how tumor-mimetic platforms are transforming cancer drug screening with advanced 3D models that better replicate human tumor biology.
Explore the emerging field of conditional pathway integration and how scientists are gaining unprecedented control over genetic machinery to understand and treat diseases.
Discover how mutated TDP-43 proteins actively create toxic ingredients in neurodegenerative diseases like ALS and FTD through gain of splicing function.
Discover how DNA's end-to-end attraction shapes biological systems and enables revolutionary nanotechnology applications through molecular handshakes.
Explore materiomics, the emerging science that reveals how biological components assemble into sophisticated materials across scales, from nano to macro.
Explore the groundbreaking science of memory manipulation, from neuroplasticity to optogenetics, and discover how researchers are learning to modify memories with potential applications for PTSD, Alzheimer's, and phobias.
Revolutionary advances in computational design and experimental technologies are finally cracking the molecular code of protein-DNA recognition.
Explore NIH research revealing the crucial connection between vascular health and Alzheimer's disease, offering new prevention and treatment approaches.
Explore the fascinating world of programmed cell death, from apoptosis to ferroptosis, and discover how this biological process shapes our bodies and health.