Explore how microscopic electronics are integrated into the eye, from the engineering of their components to the fundamental safety and data privacy challenges.
Explore PRC rejuvenation, a regenerative method using your own concentrated platelets to engage the body's natural capacity for tissue and cellular repair.
Explore how gene-editing technology helps scientists understand schizophrenia's complex genetic basis and the significant barriers to its therapeutic potential.
Explore the deliberate and systematic journey a new medicine takes, a multi-stage process designed to verify its safety and effectiveness for patients.
The healing power of stem cells may lie in the signals they release. Learn how the secretome, a cell-free therapy, uses this cellular communication for repair.
Discover the viral replication strategy that involves direct host cell destruction and learn about its implications for both illness and modern medicine.
Learn how the phot1 photoreceptor translates blue light signals into essential physiological responses, guiding a plant's growth and energy production.
Understand the neural system that controls voluntary movement, from the initial command in the brain to its precise, coordinated execution by your muscles.
Learn about the constrained motion of long-chain molecules in dense systems, a fundamental process that dictates the physical behavior of both plastics and DNA.
Delve into the collar cell, a structure whose function is essential for a sponge's survival and whose form provides insight into early animal evolution.
Learn how scientists engineer biological systems from the ground up, moving beyond genetic modification to create novel organisms for specific purposes.
Examine the predictable ecological consequences of human activity, linking distinct types of environmental change to their specific impacts on the variety of life.
Functional EEG offers a dynamic view of brain performance by measuring electrical activity during cognitive tasks, providing objective data on how we process information.