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The University of British Columbia, Department of Cellular & Physiological Sciences | Northern British Columbia Fort Nelson, British Columbia | Canada | 3 months ago
of the Department maintain active, well-funded research programs that encompass many areas of modern biochemistry, molecular and structural biology. The Department hosts an active Graduate program with more than 90
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: The applicant must hold an advanced degree (MSc; MHSc; PhD) in the field of genetics, genomics, molecular biology or a related field. The applicant should have professional / work experience in the field
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and innovation. Its vision is to transform health and healthcare for all, achieved through innovative research and education at the convergence of engineering, medicine and biology. Through
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Requirements (all- experience with CBA and Crowdmark preferred) GE 102 Module 1 Strategies for Success 12 Tutorials 2 Experience with Re-Engineered program, excellent written and spoken English GE 102 Module 1
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health care outcomes through unconstrained exploration of the best possible integrative solutions across engineering, medicine, and biology. Through a collaborative, innovative, and interdisciplinary
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organization. We are committed to eliminating institutional and structural systems of oppression and power (such as colonialism, sexism, classism, heterosexism, ableism, and white supremacy). Learn more about
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three years of faculty service. These awards are open to U.S. and Canadian citizens, permanent residents, or temporary residents. Scientific advances such as genomics, quantitative structural biology
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of respect, integrity, compassion, collaboration, and equity. The successful candidate will have demonstrated evidence of ability in teaching and scholarly activity, and will have PhD in Computational Biology
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candidate will be a full qualified and licenced pathologist with subspecialty training in gynecologic pathology. They must have proven research potential and strong computational biology skills
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program focused on aging, metabolism, and development of innovative three-dimensional (3D) models of urologic cancers using fresh human tissue, including organoid and stem/progenitor cell-driven approaches