Autism
What is Autism?
Autism and autism spectrum disorders (ASDs) represent a group of developmental disorders ranging from autistic disorder, which is severe, to the milder Asperger syndrome. ASDs are characterized by impaired social interactions, problems with verbal and nonverbal communication, repetitive behaviors, and severely limited activities and interests. ASDs are understood to affect an estimated 1 in 68 children (as reported by the CDC). The risk is three to four times higher in males than females.
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CSHL researchers are applying leading-edge scientific expertise in genetics, genomics and neuroscience to understand the causes of ASDs.
Genetics and genomics researchers scan and analyze genomes in an effort to understand the complex genetics of autism. Breakthrough discoveries made at CSHL about variations in human genome structure have been especially revealing. CSHL鈥檚 pathbreaking work has demonstrated the importance in autism of spontaneous gene copy-number variations (CNVs)—mutations that appear in an autistic child but not in the genome of that child鈥檚 mother or father.
To better study autism, CSHL scientists have engineered a mouse model that replicates in a living mouse one serious genetic mutation frequently found in children with autism. These mice display many behaviors associated with ASDs and are an invaluable resource for future diagnostics and treatments.
CSHL experts in computational biology use advanced statistical analysis to examine the incidence of autism in families. This analysis is the basis for a new 鈥渦nified theory鈥 of autism鈥檚 genetic basis. The theory developed at CSHL helps to account for the observation that males are more likely to be affected by ASDs than females.
CSHL neuroscientists study the development, structure and function of neural circuits in the brain. Problems in circuitry are involved in most neuropsychiatric illnesses and we are looking for what specifically goes awry in the autistic brain.
- New study casts sharpest light yet on genetic mysteries of autism
- Autism genetically linked to Fragile-X Syndrome
- Autism mouse model developed
- Role of spontaneous mutations in ASDs
- 鈥淯nified Theory鈥 of Autism
- Autism and hearing
- Sensory integration and decision-making
- Lucas Cheadle, Ph.D.
- Alea Mills, Ph.D.
- Stephen Shea, Ph.D.
- Michael Wigler, Ph.D.
- Anthony Zador, M.D., Ph.D.
Autism: nature, nurture, or both?
June 25, 2026
Lucas Cheadle returns to Cocktails & Chromosomes for a deep dive into the many causes of autism.
Say Cheese3D: A new model for tracking facial expression
April 27, 2026
CSHL Assistant Professor Helen Hou says her lab鈥檚 innovative discovery platform 鈥渢urns the face into a window into the brain.鈥
Ink, impact, and inclusion
April 9, 2026
黑料吃瓜资源 partners with Spectrum Designs to provide T-shirts for more than 25 courses.
Singing mice speak volumes
December 1, 2025
A new discovery from CSHL鈥檚 Banerjee lab offers an important clue in the mystery of how mammals鈥 brains evolved to enable complex behaviors.
Mind-blowing neuroscience research
July 22, 2025
Over the last year, CSHL has made many key discoveries in brain development and neurological conditions, from autism to 础濒锄丑别颈尘别谤鈥檚 disease.
NF1: Scientific insight and systemic change
July 14, 2025
How do we identify early warning signs of the genetic disease? A newly formed task force confronted this question at CSHL鈥檚 Banbury Center think tank.
At the Lab: Products of an unseen environment
April 22, 2025
You may have read about their fascinating research in
Cocktails & Chromosomes: Where nature meets nurture
February 26, 2025
黑料吃瓜资源 neuroscientist Gabrielle Pouchelon puts a new spin on an age-old question during our first public science talk of 2025.
Mixed signals: How the brain interprets social cues
January 6, 2025
A new discovery from CSHL鈥檚 Shea lab helps explain how the brain processes multisensory information. It may have big implications for autism research.
Empowering Insights: The science behind health
November 18, 2024
鈥淭he opportunity to turn curiosity into discoveries that impact the human condition is at the core of CSHL鈥檚 mission,鈥 writes President Stillman.