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, multi-site provincial initiative that will advance our understanding of how genetic factors influence cardiac structure and function, and yield AI models that link phenotypic findings with genetic data
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | 19 days ago
undergraduate research experience (CURE) in biological sciences will introduce students to the process of scientific inquiry as they engage in a hypothesis-driven research project with an emphasis on student
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required to the Principal Investigator, Dr. Daniel Pauly. Work Performed Statistical Modelling Consult closely with the Principal Investigator (PI) and Research Unit Manager to define research objectives
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Academic Job Category Faculty Bargaining Job Title Canada Impact+ Emerging Leader in AI-based Protein Modeling and Design Department Department of Biochemistry and Molecular Biology | Faculty
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striven to graduate the highest quality of students while providing the public the highest standards of care. We are driven by our vision to improve health byadvancing dentistry through inspired leadership
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phantoms and experimental models used for medical imaging research, education, and competency assessment. This role integrates biomedical design, CAD modeling, and manufacturing techniques to produce
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to graduate the highest quality of students while providing the public the highest standards of care. We are driven by our vision to improve health by advancing dentistry through inspired leadership, innovation
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institutional financial policies, the budget model, governance expectations, strategic priorities, financial sustainability frameworks, and long-term goals Drives integration between capital and operational
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, we create the conditions for foresight- and innovation-informed design (radical design), enabling design to flourish in an otherwise conservative environment where decision-making is driven by safety
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and biology education. We investigate the behaviour of cells – the fundamental units of life – in terms of molecular processes within and between cells. Our researchers integrate both hypothesis-driven