Atlas pair profiles fetal gene expression, regulation in single cells
A pair of new atlases that profile millions of cells across 15 organs offer an unparalleled look at gene activity during fetal development.
A pair of new atlases that profile millions of cells across 15 organs offer an unparalleled look at gene activity during fetal development.
An analysis of four molecular datasets shows a distinct signature, including changes in gene expression and chemical DNA modifications, in some autism brains.
A gene therapy for Angelman syndrome stands at the forefront of efforts to treat autism-linked conditions that stem from single genes.
The most comprehensive catalog to date of DNA regions that modify gene expression is helping researchers uncover the role these segments play in autism.
Older men and women are more likely than young ones to have a child with autism, but this connection is not straightforward.
People with autism have more brain-related health problems, such as headaches and epilepsy, than typical people do.
Molecular biologist Jonathan Mill is probing gene expression’s role in autism in uncharted territory — the fetal human brain.
SETD5, a leading candidate for autism risk, may control thousands of genes by modifying a protein involved in packaging DNA.
Annie Ciernia describes the greenhouse origins of her scientific career and why a unicorn makes a good lab mascot.
A new technique enables scientists to isolate, and chart gene expression in, tens of thousands of cells at once.