Christian Schaaf is professor of human genetics at the University of Heidelberg in Germany.
Christian Schaaf
Professor
University of Heidelberg
From this contributor
Oxytocin lessons from autism-linked syndromes: A chat with Christian Schaaf and Ferdinand Althammer
Oxytocin therapies have failed to consistently benefit autistic people, but their effects in people with two autism-linked conditions may yield new insights, experts argue.
Oxytocin lessons from autism-linked syndromes: A chat with Christian Schaaf and Ferdinand Althammer
How an expert panel evaluates genes for autism genetic tests
About 15 percent of genes currently included in clinical genetic tests for autism or intellectual disability don’t have enough evidence to support their ties to the conditions, the panel found.
How an expert panel evaluates genes for autism genetic tests
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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.