Past Research

While funding has expired for these studies, they may still be ongoing:

 

 

Mark Bear Lab

"A test of the mGluR theory in visual cortex"

"Signaling pathway in mGluR-dependent synaptic plasticity"

 

 

Martha Constantine-Paton Lab

"Studying tuber formation during Neurogenesis and Synaptogenesis in Tuberous Sclerosis"

 

 

John Gabrieli Lab

"Brain imaging of language development and disorders in children"

"Electrophysiological biomarkers for autism"

"The fidelity and capacity of long term visual memory in individuals with autism"

"Using Oxytocin to Improve Social Cognition in Participants with Autism Spectrum Disorder"

"Self-related cognition in Asperger’s Syndrome"

 

 

Ann Graybiel Lab

"Search for mouse models of autism"

 

 

Yingxi Lin Lab

"Investigating the impact of abnormal neural activity on neural circuits"

 

 

Carlos Lois

"Investigating the impact of abnormal neural activity on neural circuits"

 

 

Earl K. Miller Lab

"Autism and the neurobiology of generalization"

 

 

Aude Oliva Lab

"The fidelity and capacity of long term visual memory in individuals with autism"

 

 

Tomaso Poggio Lab

"Autism and the neurobiology of generalization"

 

 

Edward M. Scolnick

"High throughput functional genomic screens of autism candidate genes in synapse activation and neurite development"

 

 

Morgan Sheng

"Mice lacking Shank postsynaptic scaffolds as an animal model of autism"

 

 

Pawan Sinha Lab

"Electrophysiological biomarkers for autism"

"Mechanisms of visual integration in individuals with autism"

 

 

Hazel Sive Lab

"Using zebrafish and chemical screening to define function of autism and genes"

 

 

Li-Huei Tsai Lab

"High throughput functional genomic screens of autism candidate genes in synapse activation and neurite development"

"Studying tuber formation during Neurogenesis and Synaptogenesis in Tuberous Sclerosis"

 

 

Susumu Tonegawa Lab

"The inhibition of PAK in the mouse model of Fragile X Syndrome"

 

 

Weifeng Xu

"Signaling pathway in mGluR-dependent synaptic plasticity"