Learn how the RYR1 gene regulates muscle function and how mutations can lead to a spectrum of inherited conditions affecting muscle strength and health.
Your ability to sense internal cues like hunger or a racing heart is a key part of well-being. Explore how this mind-body connection influences daily life.
Explore filial imprinting, a biological process where an animal's first attachments dictate its ability to survive, learn, and integrate with its species.
Explore the computational prediction of a protein's 3D architecture and its crucial role in bridging the gap between genetic code and biological function.
Explore necroptosis, a regulated form of cell death distinct from apoptosis that results in inflammation, serving as both a defense and a factor in disease.
From microscopic life to entire forests, organic mass is the foundation of ecosystems. Learn how it cycles energy and nutrients throughout the living world.
Learn how DNA is engineered into smart, responsive materials that offer precise control for applications in drug delivery, tissue growth, and diagnostics.
Beyond its chemical formula, the precise 3D architecture of glucose determines its function, from providing metabolic energy to forming complex structures.
Learn about the evolutionary mechanisms that act after fertilization, preventing hybrid offspring from passing on genes and keeping species genetically distinct.
Learn how the unique genetic makeup of twins allows scientists to separate the influence of heredity from environment on health, personality, and behavior.
Understand Alpha-2-Macroglobulin, a key protein whose levels in the blood offer insights into organ health and whose unique function is a focus of medical research.
An essential amino acid, tryptophan is vital for mood and sleep. Understand its biological role and the critical safety differences between food and supplements.
Discover Mitofusin 1, a protein that directs the fusion of mitochondria. This process is fundamental for cellular energy and the health of our nervous system.
Explore how land-dwelling reptiles returned to the water, evolving fish-like forms and specialized traits to thrive in Mesozoic seas long before their decline.
An informative overview of how the brain produces altered visual phenomena, exploring the underlying biological processes and the variables that shape perception.