Rachel Moseley is principal academic in psychology at Bournemouth University in the United Kingdom. Her research centers around issues that autistic adults face, including mental ill-health, suicidality, self-injury, aging and late diagnosis. She also investigates aspects of cognition and social communication in autistic people and how these differ depending on personal characteristics, such as sex.

Rachel Moseley
Principal academic
Bournemouth University
From this contributor
Autism and menopause: Q&A with Rachel Moseley and Julie Turner-Cobb
Menopause poses significant challenges for autistic people, according to a small survey published in 2020 — the first to explore the transition among people with autism traits.

Autism and menopause: Q&A with Rachel Moseley and Julie Turner-Cobb
Autism and eating disorders may have an emotional connection
Eating disorders have the highest mortality rates of any kinds of mental illness. They don’t discriminate, affecting people of all ethnicities, sexualities, gender identities, ages and backgrounds.

Autism and eating disorders may have an emotional connection
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Engrams in amygdala lean on astrocytes to solidify memories
Disrupting the astrocyte-neuronal dynamic in mice destabilizes their memory of fear conditioning.
Parsing phenotypes in people with shared autism-linked variants; and more
Here is a roundup of autism-related news and research spotted around the web for the week of 13 October.

Parsing phenotypes in people with shared autism-linked variants; and more
Here is a roundup of autism-related news and research spotted around the web for the week of 13 October.
Ant olfactory neurons reveal new ‘transcriptional shield’ mechanism of gene regulation
A protective screen of spurious transcriptional activity enables each olfactory neuron to express exactly one out of hundreds of olfactory receptors.
Ant olfactory neurons reveal new ‘transcriptional shield’ mechanism of gene regulation
A protective screen of spurious transcriptional activity enables each olfactory neuron to express exactly one out of hundreds of olfactory receptors.