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Zebrafish study reveals developmental mechanisms of eye movement

November 5, 2019
Amblyopia (Lazy Eye) Genetics Neuroscience Strabismus
Basic Research
Grantee
Zebrafish facility

Albert Pan (left), an associate professor at the Fralin Biomedical Research Institute, and Manxiu 'Michelle' Ma, a research associate in the Pan lab, were part of a team of scientists who worked with zebrafish to discover that genes linked to autism spectrum disorder and other brain abnormalities may be playing a role in people who cannot control their eye movements.

Researchers studying zebrafish have found that genes linked to autism spectrum disorder and other developmental brain abnormalities may be playing a role in people who cannot control their eye movements.

The findings, to publish this week in The Journal of Neuroscience — the official journal of the nearly 40,000-member Society for Neuroscience — underscore the importance of the Down Syndrome Cell Adhesion Molecule-Like 1 gene in the development of eye movements.