Explore how the body's immune system can mistakenly target muscles, leading to progressive weakness, and learn about the path to diagnosis and management.
Explore the physiological process of bone bonding after a fracture. Learn how this natural repair system works and what contributes to a successful recovery.
Examine the fluid social dynamics of chimpanzee communities, where shifting alliances and intricate bonds are key to navigating daily life and survival.
When breast cancer spreads to bone, it's managed with therapies that control the disease and its effects. Learn about diagnosis and treatments to maintain quality of life.
Learn how UV light induces specific DNA damage in E. coli, disrupting cellular processes and activating repair systems that determine the bacterium's fate.
Explore the ovary's cellular architecture and how it orchestrates the reproductive lifecycle, from regulating hormones to the natural processes of aging.
Discover the physical composition of the Epstein-Barr virus, a multi-layered structure designed to protect its genetic material and target specific human cells.
Explore how nanopore technology sequences RNA directly, translating a molecule's structure into an electrical signal to capture full-length data and modifications.
Explore the technique for separating a cell's internal structures, allowing for the isolated analysis of individual components based on their physical properties.
Understand *Oryza sativa*, the plant behind the world's most essential grain. This overview covers its biological diversity, historical path, and global significance.
Examine the fundamental principles of Tris-Glycine gels. Learn how a discontinuous buffer system creates the conditions for resolving proteins by size.