Rosemary Bagot
Canadian neuroscientist
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- 3 chapters
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Education
Bagot attended the University of New South Wales in Sydney, Australia where she received a BS in psychology. After graduating, she stayed at the university and worked as a research assistant with Fred Westbook, Rick Richardson, and Gavan McNally. Here, Bagot examined the neural basis of learning in fear memories and the influence of drug self-administration and development on learning and memory. Bagot obtained her PhD in neuroscience at McGill University under Michael Meaney and Tak Pan Wong, where she investigated the epigenetic mechanisms of natural variations in maternal care on hippocampal learning, synaptic plasticity, and stress modulation. She additionally spent a year as a visiting student at the University of Amsterdam. Subsequently, she completed post doctoral research at the Icahn School of Medicine at Mount Sinai under Eric Nestler. Bagot evaluated the role of synaptic and transcriptional plasticity in the mesolimbic system in developing resilience or susceptibility to maladaptive, depressive-like behavior.
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Research
Bagot's uses a multidisciplinary approach to research stress and depression. In her Behavioral Neurogenomics Laboratory and as a primary investigator at the Ludmer Centre for Neuroinformatics and Mental Health, she combines molecular, cellular, and behavioral technology, including in vitro electrophysiology, in vivo optogenetics, in vivo calcium imaging, and next-generation sequencing in rodent behavioral models, to investigate the genomics and circuit changes that may drive depressive behaviors.
Much of Bagot's research focuses on using these interdisciplinary approaches to determine relative genes, transcription factors, and genes that may increase susceptibility or resilience to depression. She has identified glutamatergic ventral hippocampus (vHIP) afferents to the nucleus accumbens (NAc) as important in modulating susceptibility to chronic social defeat stress such that resilient animals have reduced vHIP activity. Using an integrative network biology approach to identify transcriptional networks involved in gene transcription and synaptic regulation, Bagot has identified networks of co-regulated genes associated with susceptibility or resilience that show opposing regulation of the ventral hippocampus and prefrontal cortex. She has also found evidence that maternal effects may modulate optimal cognitive functioning in environments varying in demand in later life.
Community engagement
Bagot believes in sharing and collaborating with the greater neuroscientist community. She says, “As scientists, we're enormously privileged to be doing a job that we love. But we have a responsibility to do that well and to share the insights that we gain so that we can make a bigger impact.”