Cheryl Platzman Weinstock is an award–winning journalist who reports about health and science research and its impact on society. Her investigative pieces have brought attention to mental health, medical ethics issues and the medical research gender gap. She also writes for the Metro desk of The New York Times.
Cheryl Platzman Weinstock
From this contributor
The deep emotional ties between depression and autism
Autistic people are four times as likely to experience depression over the course of their lives as their neurotypical peers. Yet researchers know little about why, or how best to help.
The deep emotional ties between depression and autism
The hidden danger of suicide in autism
Many people with autism entertain thoughts of suicide and yet show few obvious signs of their distress. Some scientists are identifying risks — and solutions — unique to autistic individuals.
The hidden danger of suicide in autism
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European Research Council backtracks on stricter grant resubmission rules
The swift reversal came after more than 1,000 scientists signed an open letter protesting the rules last week.
European Research Council backtracks on stricter grant resubmission rules
The swift reversal came after more than 1,000 scientists signed an open letter protesting the rules last week.
What leeches reveal about movement
After encountering setbacks in her study of the neuromuscular system in vertebrates, Lidia Szczupak turned to leeches to explore how the nervous system coordinates movement.
What leeches reveal about movement
After encountering setbacks in her study of the neuromuscular system in vertebrates, Lidia Szczupak turned to leeches to explore how the nervous system coordinates movement.
Novel assembloid illuminates serotonin changes linked to 22q11.2 deletion
The combination of a serotonin-producing organoid with an organoid based on the developing cerebral cortex offers a new way to investigate neuromodulation.
Novel assembloid illuminates serotonin changes linked to 22q11.2 deletion
The combination of a serotonin-producing organoid with an organoid based on the developing cerebral cortex offers a new way to investigate neuromodulation.