A single dose of psilocybin provides up to a month of nerve pain relief and fundamentally supercharges the efficacy of traditional painkillers. Read more at Cerebratech
Psilocybin Resets Brain Pain Networks and Boosts Painkillers Read More »
Why do heart attacks so frequently trigger severe depression, anxiety, and accelerated dementia? A new study maps the “heart-brain axis,” proving that dying cardiac tissue releases a toxic metabolic byproduct called methylglyoxal (MG).
Heart Attacks Release Toxin That Damages Brain Function Read More »
How does the gastrointestinal tract track a lack of protein and command the brain to swap food preferences? A new study reveals a dual-track gut-brain signaling axis triggered by protein deficiency.
Gut Signals Swap Sugar Cravings for Protein Selection Read More »
The weight-loss effects of semaglutide depend on boosting a signaling molecule called cAMP within appetite-regulating neurons in the area postrema.
Study Aims to Break GLP-1 Weight-Loss Plateaus Read More »
Can an algorithmic approach to lifestyle tracking radically improve depression treatment? A milestone clinical trial demonstrates that personalizing behavioral care via machine learning can nearly double standard therapy benchmarks.
Machine Learning Doubles Depression Remission Rate Read More »
A new study reveals that structured, multi-domain lifestyle interventions directly slow critical aspects of biological aging.
Structured Programs Physically Slow Down Biological Aging Read More »
Large rewards radically accelerate learning speed by altering the timeline of dopamine signaling.
Large Rewards Accelerate Learning Speed by Extending Brain Signals Read More »
During non-REM sleep, synchronized chemical waves trigger rhythmic vascular movements known as vasomotion, pumping cerebrospinal fluid through the glymphatic system to flush out toxic amyloid-beta and tau proteins. When these rhythms are fractured by psychiatric, cardiovascular, or age-related stressors, waste clearance stalls.
Broken Sleep Rhythms: The Glymphatic Link to Dementia Read More »
A new study introduces an innovative platform capable of accurately sizing the toxic repeat expansion mutations that drive muscular dystrophy, Huntington’s disease, and ALS.
RNA Origami and Nanopores Accurately Size ALS Genes Read More »
How do abstract genetic mutations physically alter human brain wiring? A functional genomics study bridges the gap between schizophrenia genetics and cellular neurobiology.
Schizophrenia Risk Gene Linked to Hyper-Excitable Neurons Read More »
