A groundbreaking study reveals that human intelligence may stem from sudden changes in gene regulation, challenging the notion of gradual evolution. Discover how these genetic shifts distinguish us from our closest relatives.
A groundbreaking study reveals a rare mutation in the SIK3 gene that allows some individuals to thrive on less sleep. Discover how genetics influences our sleep needs and what it could mean for treating sleep disorders.
A groundbreaking trial at Keio University sees stem cell injections enabling paralyzed patients to stand and walk again, raising hopes for millions with disabilities. But are the results too good to be true?
A groundbreaking study reveals how two morphogens, WNT and Sonic Hedgehog, act as traffic cops in early human brain development, influencing gene programs and highlighting individual variations. Discover the science behind your brain's formation!
A landmark experiment has tested two leading theories of consciousness, revealing surprising insights about how we perceive and experience reality. Discover the implications of this historic showdown in neuroscience.
A groundbreaking study explores consciousness, challenging major theories and revealing new insights into how our brain processes awareness. Discover the implications for understanding comas and consciousness disorders.
A groundbreaking study reveals a disturbing link between poor sleep and accelerated brain shrinkage. Researchers found that sleep difficulties may age the brain significantly faster. Discover the implications of this research for your health!
A groundbreaking study has unveiled the intricate wiring of a mouse brain, mapping 84,000 neurons and half a billion synapse connections. This monumental achievement offers new insights into brain function and diseases like dementia.
A monumental study by over 150 scientists has unveiled a detailed wiring diagram of the brain from a tiny tissue sample, offering unprecedented insights into brain function and potential treatments for diseases like Alzheimer’s.
In a groundbreaking study, NIH-funded researchers have mapped the intricate connections in the mouse brain, revealing how we process visual information and laying the foundation for understanding brain disorders.
