Shafaq Zia is a science journalist and a graduate student in the Graduate Program in Science Writing at the Massachusetts Institute of Technology. Previously, she was a reporting intern at STAT, covering the COVID-19 pandemic and the latest research in health technology.
Shafaq Zia
From this contributor
Spotted around the web: COVID-19 during pregnancy, sleep problems, eugenics
Here is a roundup of news and research for the week of 6 June.
Spotted around the web: COVID-19 during pregnancy, sleep problems, eugenics
New resource tracks genetic variations in Han Chinese populations
An online database called NyuWa catalogs genetic variations among nearly 3,000 individuals and provides a comprehensive reference genome for the Han people.
New resource tracks genetic variations in Han Chinese populations
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‘How to Change a Memory: One Neuroscientist’s Quest to Alter the Past,’ an excerpt
Part scientific exploration, part memoir, Steve Ramirez’s new book delves into the study of memory manipulation and his personal journey of discovery, friendship and grief.
‘How to Change a Memory: One Neuroscientist’s Quest to Alter the Past,’ an excerpt
Part scientific exploration, part memoir, Steve Ramirez’s new book delves into the study of memory manipulation and his personal journey of discovery, friendship and grief.
Journal retracts two papers evaluating ADHD interventions
Frontiers in Public Health retracted one paper for its “unacceptable level of similarity” to another paper, and the other over concerns about its “scientific validity.”
Journal retracts two papers evaluating ADHD interventions
Frontiers in Public Health retracted one paper for its “unacceptable level of similarity” to another paper, and the other over concerns about its “scientific validity.”
Constellation of studies charts brain development, offers ‘dramatic revision’
The atlases could pinpoint pathways that determine the fate of cells linked to neurodevelopmental conditions.
Constellation of studies charts brain development, offers ‘dramatic revision’
The atlases could pinpoint pathways that determine the fate of cells linked to neurodevelopmental conditions.