A new study reveals peripheral blood cells enter the aging human brain and convert into microglia, unlocking new Alzheimer's ...

A new study reveals how hyperphosphorylated tau causes reverse electron transport in mitochondria, driving Alzheimer's ...

A new study presents the first complete T2T marmoset genome, advancing Alzheimer's research and primate genomics.

A new study introduces the Reproductive Resilience Hypothesis to explain sex-specific aging and female healthspan.

Summary: Researchers identified a dynamic physical mechanism in the adult brain that regulates learning plateaus and skill ...

A new study links depression in older adults to volume loss in the CA23DG hippocampal subfield, independent of Alzheimer's ...

Zero-Shot Population Response Prediction: ChatGPT accurately predicted human response means and inter-item correlation matrices before the 600-participant cohort completed the surveys, functioning as ...

Researchers created a cell village culture system and Townlet algorithm to map genetic drivers of brain cell growth, 16p11.2 ...

Researchers created a 3D human brain tissue model using stem cells to model Alzheimer's plaque clearance and enable automated ...

A new study shows ImmunoBrain anti-PD-L1 antibody IBC-Ab002 is safe and reduces neurodegenerative biomarkers in Alzheimer's.

Researchers published a new study mapping single-cell gene expression and neural synchronization during DBS in living human tissue.

Summary: Researchers investigated how individuals perceive and process nonordinary experiences (NOEs), such as out-of-body experiences, extrasensory perception, and sensing an unseen presence.