Thomas Bourgeron
Professor
University Paris Diderot
From this contributor
Expliquer la résilience à l’autisme peut faire naître de nouvelles thérapies
Explaining ‘resilience’ in autism may seed new therapies
Some individuals who have autism mutations show no signs of the condition; understanding why may lead to treatments.
Explaining ‘resilience’ in autism may seed new therapies
Questions for Thomas Bourgeron: In search of ‘second hits’
Taking a close look at people who have a mutation in a known autism gene may reveal why these people often have vastly different characteristics.
Questions for Thomas Bourgeron: In search of ‘second hits’
Explore more from The Transmitter
Amid funding uncertainty, neuroscientists report a mix of cynicism, persistence
Two years into one of the most tumultuous tenures in U.S. federal funding, researchers outline how they are coping with ongoing changes and reflect on the impact these changes are having on the system more broadly.
Amid funding uncertainty, neuroscientists report a mix of cynicism, persistence
Two years into one of the most tumultuous tenures in U.S. federal funding, researchers outline how they are coping with ongoing changes and reflect on the impact these changes are having on the system more broadly.
Reimagining Mexico’s brain bank
Since Alzheimer’s disease researcher José Luna-Muñoz assumed leadership of the facility—Latin America’s oldest—in 2011, he has been acquiring additional tissue types and is working to expand donor recruitment to rural areas.
Reimagining Mexico’s brain bank
Since Alzheimer’s disease researcher José Luna-Muñoz assumed leadership of the facility—Latin America’s oldest—in 2011, he has been acquiring additional tissue types and is working to expand donor recruitment to rural areas.
Revealing how crabs make their escape
Houdini-like Neohelice granulata offers a rare opportunity to record intracellularly from awake, behaving animals.
Revealing how crabs make their escape
Houdini-like Neohelice granulata offers a rare opportunity to record intracellularly from awake, behaving animals.