Catherine Lord is distinguished professor of psychiatry and education at the University of California, Los Angeles. She specializes in diagnosis, social and communication development, and intervention in autism.
Catherine Lord
Director, Center for Autism and the Developing Brain
Weill Cornell Medicine
From this contributor
Your questions about the Lancet Commission and ‘profound autism,’ answered
Tony Charman and Catherine Lord answer questions from Spectrum’s webinar on the Lancet Commission’s recommendations for autism research.
Your questions about the Lancet Commission and ‘profound autism,’ answered
Catherine Lord: Lessons from a storied career in autism research
Catherine Lord's career has been defined by relationships: with mentors, protegees and, above all, with autistic people and their families.
Catherine Lord: Lessons from a storied career in autism research
Measures of success for adults with autism need to mature
As children with autism grow into adults, the challenge is in measuring the skills that matter most in their daily lives.
Measures of success for adults with autism need to mature
Optimal outcome
Some children classified as having autism outgrow their diagnosis, but it’s not yet clear why this group does better, says Cathy Lord.
Autism and the arts: “Lucy” captures disorder‘s complexity
Itʼs not often that movies, books and plays represent science accurately, or with a true and empathetic understanding of its complexity.
Autism and the arts: “Lucy” captures disorder‘s complexity
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Waves of calcium activity dictate eye structure in flies
Synchronized signals in non-neuronal retinal cells draw the tiny compartments of a fruit fly’s compound eye into alignment during pupal development.
Waves of calcium activity dictate eye structure in flies
Synchronized signals in non-neuronal retinal cells draw the tiny compartments of a fruit fly’s compound eye into alignment during pupal development.
Among brain changes studied in autism, spotlight shifts to subcortex
The striatum and thalamus are more likely than the cerebral cortex to express autism variants or bear transcriptional changes, two unpublished studies find.
Among brain changes studied in autism, spotlight shifts to subcortex
The striatum and thalamus are more likely than the cerebral cortex to express autism variants or bear transcriptional changes, two unpublished studies find.
What is the future of organoid and assembloid regulation?
Four experts weigh in on how to establish ethical guardrails for research on the 3D neuron clusters as these models become ever more complex.
What is the future of organoid and assembloid regulation?
Four experts weigh in on how to establish ethical guardrails for research on the 3D neuron clusters as these models become ever more complex.