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pediatric and hereditary cancers The lab has extensive expertise in: • Human primary epithelial cell systems • Mouse and genetically engineered models • High-content and live-cell imaging • Tumor evolution
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personalized medicine approaches in pediatric and hereditary cancers The lab has extensive expertise in: • Human primary epithelial cell systems • Mouse and genetically engineered models • High-content and live
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• Mouse and genetically engineered models • High-content and live-cell imaging • Tumor evolution and therapeutic response modeling Research Environment The fellow will be embedded in a highly
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and quantitative research methods; · Excellent communication skills, including strong writing, research, and interpersonal skills; · High-level conceptual, analytical, and critical
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with the program and lead high-impact publications and grant applications. the Fellow may contribute to projects involving: multi-omics analyses (single-cell, cell-free RNA/DNA, methylation
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, endorsing, validating or performance-testing an existing product, process or material (unless accompanied by significant efforts to investigate the underlying scientific or engineering question, or to
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students within the research group. Lead the preparation of high-impact manuscripts and present research at national and international conferences. May provide orientation and training on laboratory
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, high potential for success in their chosen fields, strong synergy between applicant, supervisor(s), and institutional research environment potential for successful adoption of AI research methodologies
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Medical Genetics 2019-2020 Banting Postdoctoral Fellow Céline Marie Laumont is researching B cell-mediated immunity in high-grade serous ovarian cancer. Vivitskaia Tulloch Department of Forest and
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Medical Genetics 2019-2020 Banting Postdoctoral Fellow Céline Marie Laumont is researching B cell-mediated immunity in high-grade serous ovarian cancer. Vivitskaia Tulloch Department of Forest and