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Jim Rudolph, M.D.
Along with his clinical practice, Dr. Rudolph assisted the GNL in the assessment of neuropsychological function, gait, balance and bladder function.
David Salat, Ph.D.
David's research examines structural and functional changes in the brain with aging and age-associated neurodegenerative disease. A primary focus of this work is to determine how the common decline in vascular health with advancing age contributes to neurodegenerative changes, cognitive attenuation...
Jasmeet Pannu Hayes, Ph.D.
Jasmeet Pannu Hayes is a core faculty member of the Boston VA Neuroimaging Center, and staff psychologist at the National Center for PTSD, Boston VA Healthcare System. She graduated with High Honors in Psychology from the University of California, Berkeley, in 2000. She completed her Ph.D. in...
Patrick Kilduff, M.A.
Patrick Kilduff is a computer specialist who provides technical and administrative support for TRACTS and all of the GNL.
Jesse T. Sayers, B.S.
Christopher Chiu, B.A.
Christopher Chiu graduated from the University of Rochester with a bachelor degree in Psychology and a minor in Brain Cognitive Sciences. Chris' prior research experience has primarily focused on mood disorders including research on depression and anxiety disorders at Harvard University and Tufts...
Vincent Corbo, Ph.D.
I am currently interested in the cognitive, emotional and neurological impact of early life trauma on adults exposed to stress and trauma.
Inflammatory Papillitis in Uveitis: Response to Treatment and Use of Optic Nerve Optical Coherence Tomography for Monitoring.
Cho, Heeyoon, Parvathy Pillai, Laura Nicholson, and Lucia Sobrin. 2016. “Inflammatory Papillitis in Uveitis: Response to Treatment and Use of Optic Nerve Optical Coherence Tomography for Monitoring.”. Ocul Immunol Inflamm 24 (2): 194-206.
Automated computation of arbor densities: a step toward identifying neuronal cell types
Sümbül, Uygar, Aleksandar Zlateski, Ashwin Vishwanathan, Richard Masland, and Sebastian Seung. 2014. “Automated Computation of Arbor Densities: A Step Toward Identifying Neuronal Cell Types”. Front Neuroanat 8: 139.