Explore the complex disease of otosclerosis, where abnormal bone remodeling in the ear leads to progressive hearing loss. Learn about its physiology, genetic causes, diagnosis, and treatments.
Explore how connexin and pannexin signaling pathways create sophisticated communication networks that shape brain function and pathology.
Explore how heavy metals like lead, mercury, and arsenic disrupt cellular processes through oxidative stress, enzyme disruption, and molecular mimicry.
Discover why diffuse gastric cancer resists taxane chemotherapy through impaired drug binding mechanisms and emerging solutions.
Discover how the Daphnia experiment on the Lynx Mark I suborbital flight is advancing our understanding of life support systems for deep space exploration.
Explore the complex cellular networks that regulate muscle excitability through multicellular inputs, ion channels, and metabolic sensors.
Discover how a resveratrol derivative fights breast cancer by targeting microtubules and actin filaments in the cellular cytoskeleton to prevent metastasis.
Explore the fascinating world of microbiology research covering cell division, cytoskeleton, stationary phase, and bioluminescence with interactive visualizations and detailed explanations.
Explore how phosphoproteomics and mass spectrometry are transforming our understanding of Trypanosoma cruzi and the fight against Chagas disease.
Explore the complex signaling of M₂ muscarinic receptors in CHO cells and their implications for human health and disease treatment.