Jennifer Foss-Feig is assistant professor of psychiatry at the Icahn School of Medicine at Mount Sinai and faculty member at the Seaver Autism Center for Research and Treatment in New York.
Jennifer Foss-Feig
Assistant professor
Icahn School of Medicine at Mount Sinai
From this contributor
Signs of psychosis in people with autism warrant serious concern
Many young autistic people with signs of emerging psychosis go without appropriate care.
Signs of psychosis in people with autism warrant serious concern
Explore more from The Transmitter
Michael Shadlen explains how theory of mind ushers nonconscious thoughts into consciousness
All of our thoughts, mostly nonconscious, are interrogations of the world, Shadlen says. The opportunity to report our answers to ourselves or others brings a thought into conscious awareness.
Michael Shadlen explains how theory of mind ushers nonconscious thoughts into consciousness
All of our thoughts, mostly nonconscious, are interrogations of the world, Shadlen says. The opportunity to report our answers to ourselves or others brings a thought into conscious awareness.
‘Peer review is our strength’: Q&A with Walter Koroshetz, former NINDS director
In his first week off the job, the former National Institute of Neurological Disorders and Stroke director urges U.S. scientists to remain optimistic about the future of neuroscience research, even if the executive branch “may not value what we do.”
‘Peer review is our strength’: Q&A with Walter Koroshetz, former NINDS director
In his first week off the job, the former National Institute of Neurological Disorders and Stroke director urges U.S. scientists to remain optimistic about the future of neuroscience research, even if the executive branch “may not value what we do.”
Viral remnant in chimpanzees silences brain gene humans still use
The retroviral insert appears to inadvertently switch off a gene involved in brain development.
Viral remnant in chimpanzees silences brain gene humans still use
The retroviral insert appears to inadvertently switch off a gene involved in brain development.