Assistant Professor Of Cognitive And Systems Neuroscience at University of Amsterdam
Zaandam, North Holland, Netherlands
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Summary
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Jan De Gee is an Assistant Professor of Cognitive and Systems Neuroscience with 12 years of interdisciplinary research experience spanning human and rodent studies. He combines computational behavioral modeling, pupillometry, electrophysiology and two-photon imaging to investigate how neuromodulatory systems shape attention and decision-making, translating methods across species and scales. Jan has contributed substantive data-science and algorithmic improvements to the widely used suite2p calcium-imaging toolkit, notably enhancing motion-correction and registration workflows. His academic trajectory includes a PhD focused on neuromodulation in human decision processes and postdoctoral work dissecting attentional effort in mice, reflecting a rare blend of human neuroimaging and cellular-resolution expertise. Based in Zaandam, he mentors students and builds reproducible analysis pipelines that bridge computational models with experimental neuroscience.
12 years of coding experience
4 years of employment as a software developer
Experimental Psychology, Clinical Psychology & Eastern Philosophy, Experimental Psychology, Clinical Psychology & Eastern Philosophy at Fergusson College
Master of Science (MSc), Psychology (Brain and Cognition, Psychological Methods), Master of Science (MSc), Psychology (Brain and Cognition, Psychological Methods) at University of Amsterdam
Doctor of Philosophy - PhD, Neuroscience, Doctor of Philosophy - PhD, Neuroscience at Universitätsklinikum Hamburg Eppendorf
Liberal Arts and Sciences/Liberal Studies, Liberal Arts and Sciences/Liberal Studies at Millersville University of Pennsylvania
Contributions summary:Jan primarily contributed to the core functionality of the `suite2p` project, focused on cell detection within calcium imaging recordings. Their work involved adding new features for motion correction, including temporal smoothing and two-step registration. They modified and optimized core registration algorithms and introduced options for frame processing, significantly impacting the workflow for data analysis. The user also addressed bugs and refined existing registration and data loading functions.
Contributions:10 commits, 5 pushes in 1 year 10 months
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Jan De Gee - Assistant Professor Of Cognitive And Systems Neuroscience at University of Amsterdam