معرفی
Vasileios Zikopoulos serves as Associate Professor and Program Director for the PhD in Human Physiology at Boston University's Sargent College of Health and Rehabilitation Sciences, where he also directs the Human Systems Neuroscience Laboratory. His primary appointment resides in the Department of Human Physiology, with research spanning neural circuit organization and dysfunction in neurodevelopmental disorders.
His academic training includes:
- BS in Biology, University of Crete (1996)
- MS in Biology, University of Crete (1998)
- PhD in Neuroscience, University of Crete (2004)
- Postdoctoral Fellowship in Neuroscience, Boston University (2008)
Dr. Zikopoulos' research centers on systems-level neural circuitry, particularly the thalamic reticular nucleus as a critical hub for emotional and attentional processing. His work examines how disruptions in prefrontal-amygdala-thalamic pathways contribute to autism spectrum disorders and attention deficits, combining detailed neuroanatomical analysis with computational modeling of network dynamics. Current investigations focus on the 'emotional gatekeeper' function of thalamocortical circuits and state-dependent reconfiguration of neural subnetworks.
Analysis of his publication record (2007-2016) reveals consistent focus on primate neuroanatomy with increasing translational emphasis. Early work established foundational circuit maps of prefrontal-thalamic connectivity, while recent studies integrate computational approaches to model attentional selection mechanisms and explore clinical applications for depression treatment. His research demonstrates strong continuity in examining thalamocortical circuit organization across basic and clinical neuroscience domains.
As Director of the Human Systems Neuroscience Laboratory, Dr. Zikopoulos leads a research program investigating the structural and functional architecture of neural networks underlying cognitive-emotional integration. The laboratory's work bridges molecular/cellular neuroscience with systems-level analysis to develop comprehensive models of information processing in health and disease, with particular relevance to neurodevelopmental conditions.
