Development of Functional and Structural Brain Networks: Implications for Neurodevelopmental Disorders
Vinod Menon - Rachel L. and Walter F. Nichols, MD, Professor and Professor (by courtesy) of Neurology
Bio-X Affiliated Faculty
Dr. Menon’s group uses imaging techniques such as functional magnetic resonance imaging and diffusion tensor imaging to study the architecture of the cognitive networks in the human brain in order to learn how these networks are organized and how these networks evolve as the child develops, learns and matures.
Stanford Bio-X Seed Grants
Dynamic Brain Imaging Using Simultaneous fMRI and EEG Recordings
Interdisciplinary Initiatives Program Round 2 – 2002
Other Stanford Bio-X Supported Research
Tue Herlau: Reliable inference of dynamical brain networks from multi-subject fMRI data
Fellow - Tue Herlau - 2016
Research News
Stanford Medicine study identifies distinct brain organization patterns in women and men
February 20, 2024 - Stanford Medicine News Center
Stanford Bio-X affiliated faculty member Vinod Menon, with co-lead authors Drs. Srikanth Ryali and...
Mom's voice activates many different regions in children's brains
May 16, 2016 - Stanford Medicine News Center
A far wider swath of brain areas is activated when children hear their mothers than when they hear...
Interactions between attention-grabbing brain networks weak in ADHD
December 15, 2015 - Stanford Medicine News Center
According to research by Bio-X affiliate Vinod Menon, the neural circuits that help us pay...