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About Our Research
The BRIDGE Lab at Stanford is dedicated to researching the effect of altered genetics on brain development and neuropsychiatric conditions, with the aim of improving children's mental health and development. Our research is focused on identifying the mechanistic targets for medical interventions through clinical research. We are committed to providing a deeper understanding of the brain that can ultimately enhance the lives of those affected by neuropsychiatric conditions.
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Our data-driven PCA also supported our hypothesis of diverging neural phenotypes in #Turnersyndrome and #Noonansyndrome and showed that group separation was driven primarily by a hub of parietal regions and by SA (relative to CT).
Sanchez et al., 2023
Photo Gallery
Holiday Brunch!
Lab Talks
Git Workshop
Tamar's Session at the 5th International Annual Rasopathies Network Symposium!
A BRIDGE Webinar!
Farewell to Monica!
Yaffa Presenting at ISBP 2023
Mira's Halloween Costume!
Poster Session with Jen
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Outing with the Lab!
Lab News & Events
Welcome to Bio-X
USRP 2023 - Utilizing Genetic Fingerprints in Psychiatry: Harnessing the Power of Big Data
2023 Stanford Bio-X Undergraduate Summer Research Program Talks - Wednesday, August 2, 2023 - Tamar Green, Assistant Professor of Psychiatry & Behavioral Sciences (Interdisciplinary Brain Sciences)
How can I be the best advocate for my child's needs at school? | BRIDGE at Stanford University
Join Dr. Tamar Green, Thayer Gershon, and fellow parents and caretakers of children with RASopathies for an intimate discussion about evaluations and school accommodations.
BRIDGE at Stanford University
ADHD, Learning Disabilities, and Autism in NF1 | BRIDGE at Stanford University
Dr. Green joins the NF Network and NF California as a guest speaker.
BRIDGE at Stanford University
RASopathies and COVID-19 Webinar | BRIDGE at Stanford University
Dr. Green and other members of the Science Advisory Board for the RASopathies Network hosted a webinar on RASopathies and COVID-19.
BRIDGE at Stanford University
How do sex chromosomes affect ADHD symptoms? | BRIDGE at Stanford University
We published our new study looking at ADHD, executive function, and processing speed in children with sex chromosome number variations.
BRIDGE at Stanford University
How does Noonan syndrome impact functional connectivity in children? | BRIDGE at Stanford University
We published our new study looking at functional connectivity in the brain in children with pathogenic variants in the Ras/MAPK pathway associated with Noonan syndrome.