Tasquinimod, a new cancer drug, appears to control genes associated with Parkinson's disease, a new study reports.
A new study reports disrupted transportation routes in nerve cells are a significant cause of Parkinson's disease.
A new method reveals some ALS affected neurons display hypo-excitability. Researchers say these changes most likely represent early steps in the disease progression.
In Parkinson's disease, alpha synuclein clumps move to and damage mitochondrial proteins, making them less efficient and causing the mitochondrial to burst, leaking out chemicals that tell the cells to die, researchers say.
A new USC study reports researchers have discovered 150 proteins that affect brain development and cell activity, contributing to the development of mental health disorders.
A groundbreaking study reveals human immune cells in the blood can be transformed into functional neurons within 3 weeks by adding four proteins. The discovery could be used to generate neurons to study specific psychological and neurological disorders, researchers say.
A study in mice reveals it is possible to regenerate stem cells of the nasal tissue.
Using mini-brains grown in the lab, researchers have discovered schizophrenia likely begins toward the end of the first trimester of fetal development. Researchers believe, based on their findings, schizophrenia could potentially be treated in utero.
A new study in Biological Psychiatry reports researchers discovered astrocytes may contribute to the cause of ASD. The findings could help to develop new treatments for autism spectrum disorders.
Researchers have generated motor neurons from people with familial ALS who carry FUS mutations.
A Stem Cell Report study details a new method to produce human neurons from iPSCs.
A new study tracks the development of astrocytes derived from human cortical spheroids. Researchers report hCSs grown astrocytes develop at the same rate as those in the human brain.
