Identifying trees by their bark involves looking past color to see texture, patterns, and the subtle effects of age and location on a tree's appearance.
Explore how the chemical properties of acyl chains, from their length to saturation, directly translate into the essential functions of lipids within the cell.
Explore the Z scheme, the core photosynthetic process that maps an electron's journey to convert light into the vital chemical energy that sustains life.
Beyond its systemic effects, growth hormone is a key regulator of gastrointestinal health, influencing intestinal adaptation, function, and therapeutic outcomes.
Discover how the complex organization of DNA, the chromatin landscape, acts as a crucial regulatory system that directs gene function in health and disease.
*Staphylococcus sciuri*, a bacterium common in animals, is increasingly recognized for its role as an opportunistic human pathogen with antibiotic resistance.
Discover the function of HECT E3 ligases, enzymes directing protein activity in our cells. Learn how their precise control is essential for health and disease.
A text-based companion to the Leishmaniasis Sketchy video. This breakdown connects the visual narrative's symbols to core concepts for better retention.
Explore the biology of sclerotization, the chemical process that transforms a soft cuticle into a hardened exoskeleton, providing arthropods with structure and protection.
Discover the intricate relationship between foxgloves and their pollinators, a process guided by the flower's unique structure and clever reproductive timing.
Delve into the biology of Abl kinase, a cellular protein whose dysregulation provides a clear example of how targeted cancer therapies are designed and refined.