Internal recordings of human brain may offer insight into autism
A technique called intracranial electroencephalography can reveal brain functions with great sensitivity and may ultimately unearth the underpinnings of autism.
A technique called intracranial electroencephalography can reveal brain functions with great sensitivity and may ultimately unearth the underpinnings of autism.
New results implicate an enzyme called ERK in the consequences of missing a segment of chromosome 16.
Shining laser light into mouse brains reveals chatter among separate sets of neurons, showing how the cells produce complex behaviors.
Four new imaging techniques published over the past few months enable researchers to easily visualize cells and other features in tissue slices and living brains.
Watch the complete replay of Shafali Jeste discussing her work investigating brain structure and function in infants at high risk for autism.
Boosting the activity of a class of neurons that dampen brain signals eases social problems in a mouse model of autism.
Microscopic silicon wires could enable scientists to excite neurons with light without first inserting genes into them.
An algorithm that decodes and quantifies mouse body language could reveal the brain circuits underlying certain autism features.
A new technique enables scientists to use a pulse of light to control the activity of a single neuron.
Watch the complete replay of James McPartland discussing the need for clinically useful biomarkers for autism.