Liz Pellicano is professor of autism at University College London in the United Kingdom

Liz Pellicano
Director, Centre for Research in Autism and Education
University College London
From this contributor
We need better strategies to support autistic people as the COVID-19 crisis continues
Interviews with autistic people reveal that many miss their friends and opportunities for social connection, in stark contrast to orthodox views that they have little social motivation and prefer a life of self-isolation.

We need better strategies to support autistic people as the COVID-19 crisis continues
General practitioners urgently need autism training
Many general practitioners in the United Kingdom do not receive autism training, and report having little confidence in caring for patients on the spectrum.

General practitioners urgently need autism training
Friendships pose unique challenges for women on the spectrum
Women with autism value friendships as much as their neurotypical peers do, but they often have difficulty forming and maintaining them.

Friendships pose unique challenges for women on the spectrum
Explore more from The Transmitter
What birds can teach us about the ‘biological truth’ of sex
Part of our job as educators is to give students a deeper understanding of the true diversity of sex and gender in the natural world.

What birds can teach us about the ‘biological truth’ of sex
Part of our job as educators is to give students a deeper understanding of the true diversity of sex and gender in the natural world.
Rise in autism prevalence; and more
Here is a roundup of autism-related news and research spotted around the web for the week of 21 April.

Rise in autism prevalence; and more
Here is a roundup of autism-related news and research spotted around the web for the week of 21 April.
Noninvasive technologies can map and target human brain with unprecedented precision
But to fully grasp the tools’ potential, we need to better understand how electric and magnetic fields interact with the brain.

Noninvasive technologies can map and target human brain with unprecedented precision
But to fully grasp the tools’ potential, we need to better understand how electric and magnetic fields interact with the brain.