Brain organoids preserved molecular signatures of their age for years
Long-lived human organoids followed reproducible developmental timing, offering a model—not a complete miniature brain.
Neuroscience, cognition, memory, sleep, mental health and brain aging, clearly separated by research subject and study design.
These hubs combine the newest records with method guidance and live counts from the database.
Human and animal studies of learning, working memory, planning and attention, labeled clearly by method and research subject.
Open research hub →Brain & MindAlzheimer biomarkers, neuroinflammation, cellular aging and longitudinal brain change without turning risk markers into diagnoses.
Open research hub →Long-lived human organoids followed reproducible developmental timing, offering a model—not a complete miniature brain.
Northwestern researchers paired patient samples with a mouse model to identify a biomarker and test a drug candidate for cognitive impairment.
NIH-highlighted research identified peripheral immune cells inside aging brain tissue, suggesting the blood-brain barrier becomes more permissive over time.
An NIH release describes postmortem hippocampal evidence from 40 healthy adults showing age-linked changes in immune-cell states.
A Northwestern platform placed laboratory-grown neurons in defined patterns and recorded functional connections with ex vivo brain tissue.
Stanford researchers found that neutrophils can produce C4A, adding a peripheral-immune source to a protein already implicated in brain development and schizophrenia.
Walking or jogging, yoga, and strength training produced meaningful average effects. The evidence was broad, but study quality and blinding remained serious limitations.