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Lingling Yang is a research scientist I at the Stanley Center for Psychiatric Research at the Broad Institute of MIT and Harvard, working under the direction of Jen Q. Pan. Yang uses biochemical and molecular biological imaging, as well as next-generation sequencing techniques, to interrogate the...

Nikita completed his Cognitive Science Bachelor's degree from McGill university in the spring of 2019 focusing in the fields of Neuroscience and Philosophy. In February of 2020 he joined the Stanley Centre of the Broad institute working in the "Brain Interaction Network" team under PIs Kaspar Lage...

Savannah (Savvy for short) received their bachelors of arts from Hampshire College in 2019. At Hampshire, they studied animal behavior and neuroendocrinology, and conducted their senior thesis project on peptide hormone function in the absence of a cognate receptor. They joined the Pan Lab group in...

Before graduating from Northeastern University in May 2020 with a BS in behavioral neuroscience, James was involved in research studying sleep, memory and pharmacology using both neuroimaging and electrophysiological approaches. His undergraduate thesis was on the neurological and behavioral effects...

Dr. Pan has more than 15 years of experience investigating the function, molecular genetics and pharmacology of ion channels. As the Director for Translational Neurobiology at Stanley Center, Dr. Pan aspires to translate the understanding of the genetics and biology of psychiatric and neurological...

Sean Moran is a neuropharmacologist with a strong passion for translational neuroscience research who earned his PhD from Vanderbilt University under the mentorship of P. Jeffrey Conn. During his graduate training at the Vanderbilt Center for Neuroscience Drug Discovery, Sean utilized molecular...

Eunah Yu received her PhD in Neuroscience from Seoul National University. She completed her postdoctoral training at New York University Langone Medical Center under the mentorship of Rodolfo Llinás. Her research focus is to explore the in vivo neurophysiological properties of T-type calcium channel...