An overview of the 15q11.2 microdeletion, a common genetic variation that can influence developmental pathways and is distinct from other chromosome 15 conditions.
Explore a deep-sea snail that incorporates environmental minerals into its unique biological structure, a survival strategy tied to its fragile habitat.
Discover the molecular machine that builds and proofreads our genetic code. Understand how its precision safeguards health and drives scientific innovation.
Understand the liver's Kupffer cells, the resident immune macrophages that maintain health, but can also drive inflammation and are essential for repair.
Go beyond familiar round blooms and discover the full range of hydrangeas. Explore varieties offering unique textures, forms, and all-season garden interest.
Formed by glaciers, Greenland's fjords are unique environments where meltwater from the ice sheet meets the ocean, influencing both local ecosystems and global climate.
An overview of optic nerve pit, a congenital condition affecting the eye. Learn how this anomaly is monitored and managed to protect and preserve central vision.
Clarifying the roles of different sulfur compounds. Learn how the essential nutrient differs from additives found in medications, foods, and cleansers.
Learn how targeted cold is applied to the eye's surface to form a therapeutic scar, a technique used to treat and stabilize specific retinal conditions.
Discover the BMP signaling pathway, a cellular communication system where proper balance is essential for health, from embryonic development to tissue repair.
Understand the role of SMOFlipid in clinical nutrition. This intravenous emulsion provides essential fats and calories using a unique, balanced lipid profile.
An overview of lyases, enzymes that break molecular bonds without water, a foundational process in cellular metabolism with applications in modern science.
Explore the science of "double-muscled" cattle, a trait driven by a natural genetic mutation. Understand its complex effects on the animals and meat production.
Examine the two fundamental ways life creates offspring: one preserving genetic uniformity and the other generating the variation needed for adaptation.
Learn about Peptostreptococcus anaerobius, a bacterium that shifts from a normal resident to an opportunistic pathogen, and how these infections are managed.