Nico Dosenbach is associate professor of neurology at Washington University School of Medicine. His research as a systems neuroscientist is focused on pushing resting-state functional connectivity MRI (RSFC), functional MRI (fMRI) and diffusion tensor imaging (DTI) to the level of individual patients. To create and annotate the connectomes of individuals he is working to improve the signal-to-noise, spatial resolution and replicability of RSFC, DTI and fMRI data.
Nico Dosenbach
Associate professor of neurology
Washington University School of Medicine
From this contributor
Breaking down the winner’s curse: Lessons from brain-wide association studies
We found an issue with a specific type of brain imaging study and tried to share it with the field. Then the backlash began.
Breaking down the winner’s curse: Lessons from brain-wide association studies
Explore more from The Transmitter
When autistic kids grow up, Chapter 4: How did things unfold?
Tempest McDonald sues Vanderbilt University through the Equal Employment Opportunity Commission. Her published NIH paper finds allies.
When autistic kids grow up, Chapter 4: How did things unfold?
Tempest McDonald sues Vanderbilt University through the Equal Employment Opportunity Commission. Her published NIH paper finds allies.
NeuroDev study maps previously unseen genetic variation in Africa
The project is helping to fill critical gaps in the genetic underpinnings of autism and other neurodevelopmental conditions.
NeuroDev study maps previously unseen genetic variation in Africa
The project is helping to fill critical gaps in the genetic underpinnings of autism and other neurodevelopmental conditions.
Cooperating marmosets extend decision-making model of the brain
When a pair of marmosets works together to earn some marshmallow fluff, one of them decides to act only after its brain accumulates enough evidence about what the other is doing, new work shows.
Cooperating marmosets extend decision-making model of the brain
When a pair of marmosets works together to earn some marshmallow fluff, one of them decides to act only after its brain accumulates enough evidence about what the other is doing, new work shows.