Mark Zylka
Associate Professor
University of North Carolina at Chapel Hill
From this contributor
Few autism researchers control for the ‘litter effect’ — this needs to change
Anyone who uses multiple animals from a small number of litters to increase sample size is making a serious mistake. The similarities within individual litters will heavily skew the results.
Few autism researchers control for the ‘litter effect’ — this needs to change
Length matters: Disease implications for long genes
A gene’s length may influence its expression, and this has implications for autism, which tends to be linked to particularly long genes, says Mark Zylka.
Length matters: Disease implications for long genes
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Beyond Newtonian causation in neuroscience: Embracing complex causality
The traditional mechanistic framework must give way to a richer understanding of how brains actually generate behavior over time.
Beyond Newtonian causation in neuroscience: Embracing complex causality
The traditional mechanistic framework must give way to a richer understanding of how brains actually generate behavior over time.
Robots marry natural neuroscience, experimental control to probe animal interactions
Faux fish and birds are helping researchers decipher some of the rules that govern schooling and squawking, among other social behaviors.
Robots marry natural neuroscience, experimental control to probe animal interactions
Faux fish and birds are helping researchers decipher some of the rules that govern schooling and squawking, among other social behaviors.
Long-read sequencing unearths overlooked autism-linked variants
Strips that are thousands of base pairs in length offer better resolution of structural variants and tandem repeats, according to two independent preprints.
Long-read sequencing unearths overlooked autism-linked variants
Strips that are thousands of base pairs in length offer better resolution of structural variants and tandem repeats, according to two independent preprints.