Katharine Gammon is an award-winning independent science journalist based in Santa Monica, California. Her work has appeared in The New York Times, The Atlantic, WIRED, The Guardian, Undark, Popular Science, MIT Technology Review, Nature, Hakai and beyond.
Katharine Gammon
From this contributor
Spotted around the web: Mapping histones; COVID-19 births; acetaminophen lawsuits
Here is a roundup of news and research for the week of 31 October.
Spotted around the web: Mapping histones; COVID-19 births; acetaminophen lawsuits
By
Jill Adams, Katharine Gammon, Peter Hess, Nicholette Zeliadt
4 November 2022 | 3 min read
A mix of common and rare variants shapes autism inheritance patterns
The study also reveals a link between language development and common variants.
A mix of common and rare variants shapes autism inheritance patterns
By
Katharine Gammon
4 November 2022 | 3 min read
Zebrafish point to new gene involved in brain overgrowth, autism
The gene, YTHDF2, has not previously been linked to autism.
Zebrafish point to new gene involved in brain overgrowth, autism
By
Katharine Gammon
1 November 2022 | 2 min read
Lags in genetic testing, variant reporting hinder autism research
Few autistic people undergo the recommended genetic testing for their condition, and test results often do not make their way into public databases, where researchers and clinicians can learn from them.
Lags in genetic testing, variant reporting hinder autism research
By
Katharine Gammon
28 October 2022 | 4 min read
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Stress warps fear memories in multiple ways
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Claudia López Lloreda
15 November 2024 | 5 min read
How to be a multidisciplinary neuroscientist
Neuroscience subfields are often siloed. Embracing an integrative approach during training can help change that.
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Neuroscience subfields are often siloed. Embracing an integrative approach during training can help change that.
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15 November 2024 | 5 min read
Newfound gene network controls long-range connections between emotional, cognitive brain areas
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Newfound gene network controls long-range connections between emotional, cognitive brain areas
The finding could help unravel gene regulatory networks and explain how genetic and environmental factors interact in neurodevelopmental conditions.
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Charles Q. Choi
14 November 2024 | 4 min read