Helen Tager-Flusberg is director of the Center for Autism Research Excellence at Boston University. Her research aims to untangle autism and language impairments using behavioral and brain-imagining studies. She was also a columnist for Spectrum.
Boston University
Helen Tager-Flusberg is director of the Center for Autism Research Excellence at Boston University. Her research aims to untangle autism and language impairments using behavioral and brain-imagining studies. She was also a columnist for Spectrum.
A diagnosis of social communication disorder only keeps people from a community and resources they desperately want and need.
Studying parents of children with autism has long been controversial, but that doesn’t mean scientists should avoid it.
Elsa, the star of the movie “Frozen,” is the poster child for girls with autism.
Scientists should slow down and return to the basic tenets of research to regain the public’s trust.
Trials to test drugs for autism suffer from subjective measurements and placebo effects. Helen Tager-Flusberg outlines how to ferret out the true effects of potential autism therapies.
The National Science Foundation did not include any solicitations for its social, behavioral and economic sciences directorate in its latest round of funding opportunities, nor replace any outgoing program officers—which poses an existential threat for the program, says nonprofit executive Wendy Naus.
The National Science Foundation did not include any solicitations for its social, behavioral and economic sciences directorate in its latest round of funding opportunities, nor replace any outgoing program officers—which poses an existential threat for the program, says nonprofit executive Wendy Naus.
Tatjana Tchumatchenko explains how mathematical modeling elucidates whether ion-channel proteins are produced locally in the soma or in the dendrites.
Tatjana Tchumatchenko explains how mathematical modeling elucidates whether ion-channel proteins are produced locally in the soma or in the dendrites.
Mice seek information for curiosity’s sake—and their desire for knowledge versus a payout is represented distinctly in the brain, new findings suggest.
Mice seek information for curiosity’s sake—and their desire for knowledge versus a payout is represented distinctly in the brain, new findings suggest.