Explore γH2AX, a protein that organizes the cellular response to DNA damage, linking the safeguarding of the genome to processes like aging and disease.
Explore epidermal electronics, where ultrathin, flexible circuits conform to the skin, blurring the line between human biology and integrated technology.
The Estrogen Response Element is a DNA sequence that translates hormonal signals into gene activation, playing a crucial role in normal physiology and disease progression.
Explore how the Arctic's flow of energy is governed by seasonal ice, creating a system of dependencies from microscopic life to predators facing new pressures.
The health of the brain's protective barrier is dynamic. Learn about the factors that influence its integrity and the practical strategies that support its function.
Explore the unique evolution of an Antarctic fish that thrives without red blood cells, a specialization that now defines its fragile existence in a changing ocean.
Explore the MLL4 gene, a crucial regulator of gene expression. Learn how its role in cellular function connects to both human development and disease processes.
Examine the science behind how a common herbicide interacts with gut bacteria, targeting a biological pathway that is absent in humans but vital for microbes.
Explore the fundamental principle of how particles naturally spread to create equilibrium, a passive process driven by the constant, random motion of molecules.
Explore the technical and ethical methods of rat EEG. Learn how analyzing electrical brain patterns provides a window into neural function and behavior.
Explore how modifying hyaluronic acid creates a tunable, light-activated hydrogel, a versatile biomaterial foundational to advanced medical applications.