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group, founded in 2021, is dedicated to advancing our understanding of the neuronal mechanisms of learning and decision-making. We are particularly excited to recruit a promising scientist to investigate
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an emphasis on live cell and, ideally, in vivo cranial window imaging. The successful applicant will be expected to work as part of a team while managing independent projects. Dr. Alex Lohman’s research program
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-ARC in this area. With clinical programs specialized in neurodevelopmental disorders, including intellectual disabilities, autism, and epilepsy, CHUSJ has identified the study of the mechanisms leading
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to build an internationally recognized and externally funded research program that fully engages trainees at all levels, building collaborations within and beyond our collegial, research-intensive department
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and prevents the activation of neurorepair mechanisms involving neural stem cells (NSCs). Strategies to improve cerebral vascular repair have the potential to promote successful neuro-regeneration and
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in motor circuitry to motor performance and learning (see PDF). This CIHR-funded research program is comparative, involving experiments in songbirds (zebra finches) and mice, and conducted in
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will involve studying the neural mechanisms underlying memory formation, social behavior, and societal structures in mice. By integrating brain activity data and behavioral analysis, we aim to uncover
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) Discovery Grant program, an Establishment Grant from the Saskatchewan Health Research Foundation (SHRF), and a New Investigator Award from Epilepsy Canada. Our laboratory currently employs 2 graduate students
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they help orchestrate the production and learning of dexterous movements. By gaining a better understanding of these fundamental mechanisms, our ultimate goal is to develop new therapeutic treatments
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A PhD position is available in the laboratory of Dr. Numa Dancause at the Université de Montréal, Department of Neurosciences. Our group investigates the mechanisms underlying movement control