Explore the molecular Hamiltonian, the mathematical operator for a molecule's total energy that, through key approximations, enables modern chemical modeling.
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.
Understand the role of Bosulif (bosutinib) in managing Chronic Myeloid Leukemia, from its precise biological target to its monitored use in a clinical setting.
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.
Excessive groundwater removal has far-reaching consequences beyond simple water loss, permanently altering land stability, water chemistry, and surface environments.
Learn how the NDUFA3 gene is fundamental to cellular energy and how mutations impair this process, leading to disorders affecting the brain and muscles.
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.
Learn about spillback, when human pathogens are transmitted to animals. This process can create new disease reservoirs where pathogens evolve and pose future risks.
An individual's prognosis after a spinal stroke is shaped less by initial statistics and more by the injury's unique details and quality of ongoing care.
Examine the fundamental principles of Tris-Glycine gels. Learn how a discontinuous buffer system creates the conditions for resolving proteins by size.
Protein kinases are fundamental regulators of cellular activity. Learn how these molecular signals maintain health and become therapeutic targets when they malfunction.
Understand how excess parathyroid hormone raises blood calcium levels, affecting overall health. Learn about the process for diagnosis and medical management.