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Stanford Medicine research on Timothy syndrome — which predisposes newborns to autism and epilepsy — may extend well beyond the rare genetic disorder to schizophrenia and other conditions.

To drive their growth, many tumors hijack nervous system signals, including those needed for brain plasticity. Stanford Medicine discoveries are opening a promising new branch of oncology research.

Combining two cutting-edge technologies, researchers revealed the impact of a multitude of genes that are associated with neurodevelopmental disorders, including autism, but whose effects on human brain development were previously unknown.

In a Stanford Medicine study, scientists transplanted stem cells into mice and found reduction of brain abnormalities typical of Alzheimer’s disease.

Scientists discover a biomarker in stroke survivors, suggesting that chemical changes after stroke can lead to depression. The findings may pave the way toward treatment.

A study in mice finds that white matter — the tissue that transmits messages around the brain — shows the greatest changes as the animals age.

Lab-grown clusters of human brain cells integrate so well into young rats’ brains they enable researchers to study neurodevelopmental disorders’ molecular and circuit underpinnings.

Researchers found that damage to the brain’s white matter after COVID-19 resembles that seen after cancer chemotherapy, raising hope for treatments to help both conditions.

A brain mechanism needed for learning explains why epileptic seizures become more frequent, but a finding in rodents offers hope for treatment, according to a new study.

Stanford scientists have developed a device that delivers and electrically stimulates stem cells to promote stroke healing.