Can the metabolic consequences of quitting smoking cancel out its long-term benefits for the human brain? A new longitudinal study establishes a powerful link between smoking cessation and a 16% reduction in dementia risk.
Healthy Weight and Quitting Smoking Reduce Dementia Risk Read More »
The study targets a fundamental cognitive mystery: why certain emotional micro-moments remain hyper-acute while our overarching chronological timeline fragments.
Using Physics Equations to Map Memory Distortions Read More »
Can a simple 15-minute memory check spot an alcohol-induced blackout as it happens? A pioneering study unveiled the first objective, real-time measure of alcohol-induced amnesia.
Real-Time Memory Test Created to Spot Alcohol Blackouts Read More »
The APOE ε4 variant heavily influences how toxic phosphorylated TDP-43 (pTDP-43) pathology migrates across the central nervous system.
Alzheimer’s Risk Gene May Drive Aggressive ALS Read More »
Has the boundary between human consciousness and artificial imitation officially dissolved? A landmark study provides the first empirical proof of an AI system passing the Turing test.
Advanced AI Passes the Turing Test for the First Time Read More »
A new study reveals that neutrophils, the body’s most common white blood cells, act as hidden factories for C4A, the single strongest common genetic risk protein linked to schizophrenia.
Peripheral White Blood Cells Fuel Schizophrenia Read More »
How does the brain coordinate complex behaviors across multiple overlapping circuits simultaneously? A breakthrough imaging pipeline introduces Neuroplex, a method that tracks up to nine distinct neuronal populations in a single, freely moving animal.
Neuroplex Tracks Nine Separate Brain Circuits in Real Time Read More »
A new study exposes a dynamic link between higher-order forebrain circuits and the activity-dependent regulation of Foxp2, a foundational gene heavily implicated in childhood apraxia of speech and communication disorders.
Forebrain Circuit Regulates Speech Gene to Build Voice Read More »
A new study demonstrates that tracking high-speed facial micromovement spikes provides an objective, quantifiable metric for human discomfort.
Tracking Facial Micromovements to Measure Pain Read More »
A critical research lette exposes severe flaws in “quantile aggregation”, a statistical technique recently used by pharmaceutical researchers to evaluate the drug donanemab.
New Math Method Inflates Alzheimer’s Drug Success by 29x Read More »
