Research reveals how student difficulties in interpreting IgG-antigen binding visuals help scientists model factors influencing scientific visualization comprehension.
Discover how pelvic floor strength impacts bladder control and learn about the latest technologies and exercises to combat urinary incontinence.
The story of John Tileston Edsall, a visionary biochemist who laid the foundations of modern protein science through discoveries like the hydrophobic interaction and pioneering X-ray crystallography techniques.
Exploring cutting-edge wearable electrochemical sensors that decode health biomarkers in sweat, tears and other biofluids for continuous health monitoring.
Discover how cotton plants combat salt stress through antioxidant defenses to protect fiber development and quality in saline conditions.
Discover how radiofrequency electromagnetic radiation reprograms bioluminescent bacteria Photobacterium phosphoreum, transforming them into living sensors for environmental monitoring.
Exploring the revolutionary concept of molecular nexopathies and how neurodegenerative diseases exploit brain networks.
Discover how yeast calcineurin homologs CNA1 and CNA2 transformed our understanding of calcium signaling across evolution, with implications for medicine and biotechnology.
Discover how mitochondria actively regulate anaerobic glycolysis through calcium signaling even when oxygen is absent.
Exploring the molecular biocoding of insulin and recent breakthroughs in diabetes therapies through genetic engineering and proteomics.