Katherine Gotham is assistant professor of psychiatry at Vanderbilt University in Nashville, Tennessee.
Katherine Gotham
Assistant Professor of Psychiatry
Rowan University
From this contributor
Measuring alexithymia in autistic people
Despite the growing interest in alexithymia in autism research, the tools commonly used to measure this trait may not work reliably in autistic populations. A new scoring method fills that gap.

Measuring alexithymia in autistic people
Suicidal tendencies hard to spot in some people with autism
To effectively screen for suicidality in people with autism, we need to learn how to ask questions that lead to real answers.

Suicidal tendencies hard to spot in some people with autism
Understanding aggression in autism
Two new studies explore the link between autism and aggression — a controversial connection that weighs heavily on individuals with the disorder and their families.

Understanding aggression in autism
How persistent worrying might cause the blues
When individuals with autism see themselves as impaired and get stuck on those thoughts, they may become and stay depressed, says Katherine Gotham.

How persistent worrying might cause the blues
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Oxytocin shapes both mouse mom and pup behavior
Distressed pups emit distinct cries for help, which depend on oxytocin neurons in their hypothalamus.

Oxytocin shapes both mouse mom and pup behavior
Distressed pups emit distinct cries for help, which depend on oxytocin neurons in their hypothalamus.
Sensory gatekeeper drives seizures, autism-like behaviors in mouse model
The new work, in mice missing the autism-linked gene CNTNAP2, suggests a mechanism to help explain the overlap between epilepsy and autism.

Sensory gatekeeper drives seizures, autism-like behaviors in mouse model
The new work, in mice missing the autism-linked gene CNTNAP2, suggests a mechanism to help explain the overlap between epilepsy and autism.
Michael Breakspear and Mac Shine explain how brain processing changes across neural population scales
Breakspear and Shine find a scale-free property of brain activity that is conserved across diverse species, suggesting that a universal principle of brain activity underlies cognition.
Michael Breakspear and Mac Shine explain how brain processing changes across neural population scales
Breakspear and Shine find a scale-free property of brain activity that is conserved across diverse species, suggesting that a universal principle of brain activity underlies cognition.