Alexithymia, a difficulty identifying emotions, often co-occurs with autism and can reframe our understanding of autistic social and emotional experiences.
The familiar stripes of a clownfish are a key to its biology, influencing interactions with its home, its place in social hierarchies, and its development.
Explore the cellular and planetary consequences when a critical photosynthetic component is absent, halting the flow of energy that sustains nearly all life.
Learn about hyperaesthesia, a condition of amplified sensory input. This guide explores the neurological origins of heightened sensitivity and its medical context.
The physical architecture of our DNA is as crucial as the code itself. Learn how this dynamic folding controls cellular function, identity, and long-term health.
Learn how our brains assign meaning to language, a complex process rooted in cognitive and neural systems that we are now attempting to replicate in machines.
Uncover the step-by-step mechanics of how HIV fuses with a host cell, a critical process that reveals targets for therapy and explains natural immunity.
Explore the biosphere, Earth’s interconnected living system. Learn how the flow of energy and cycling of nutrients create the conditions that sustain all life.
Explore the multistep journey that transforms a key blood component into waste, a process essential for recycling iron and indicating overall metabolic health.
Explore how leaf spectrometers analyze a plant's unique light signature to provide precise, non-destructive insights into its internal health and condition.
Understand the fundamental ways human activity reshapes Earth's natural processes, from the composition of the atmosphere to the function of ecosystems.
Explore meganucleases, a foundational gene-editing technology. Understand how their inherent specificity offers a different approach to genetic engineering.
Explore how your brain uses sound location to separate a voice from noise. Learn about the auditory cues involved and the key factors that can help or hinder this ability.
As we age, body weight is only part of the health equation. Learn how changes in muscle and fat distribution impact overall well-being for older adults.
The fruit fly's distinct chromosomal properties, both natural and engineered, provide a foundational system for understanding the mechanics of heredity.
The SPRY domain is a key protein component that mediates molecular interactions, playing a fundamental role in cellular regulation and immune function.
A bacterium's morphology is not random. Understand how its structure is determined and how this form influences its ability to thrive in its environment.