Dieter Brömme
Proteases and their involvement in health and disease
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Virginia M. Diewert
Prenatal Craniofacial Growth and Development, Cleft Lip and Cleft Palate
Faculty Profile


Nancy L. Ford
Dr. Nancy Ford is a leader in respiratory-gated and cardiac-gated micro-CT imaging and in contrast-enhanced micro-CT. She was the first researcher worldwide to perform respiratory-gated micro-CT imaging on free-breathing animals. She has performed respiratory-gated imaging of lung injury in rats at the Canadian Light Source synchrotron facility, and radiation therapy treatment to the lung in mice at TRIUMF particle accelerator using the new FLASH irradiation platform. Dr. Ford also pursues research in dental radiology, including characterizing and optimizing the imaging performance for different tasks and measuring the radiation dose delivered to patients during dental conebeam CT and panoramic imaging.
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Daniel Graf
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Lari Häkkinen
Cell and Molecular Biology of Wound Healing
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Hugh Kim
Biochemical signalling mechanisms that regulate platelet function
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Hannu S. Larjava
keratinocyte integrins and wound healing; periodontal proteoglycans
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Dr. Mary MacDougall
molecular mechanisms associated with epithelial mesenchymal interactions, identification of critical signaling pathways, matrix formation and biomineralization
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Christopher M. Overall
Proteomics, degradomics, Human Proteome Project, proteases, Zoonotic Viruses, COVID-19, One Health, MMPs, anti-viral immunity, innate immunity
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Edward E. Putnins
Regulation of Epithelial Cell Proliferation, Migration, and Survival; Regulation of Epithelial Cell Behavior During Chronic Inflammatory Challenges; Bone Marrow Stem Cells
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Joy M. Richman
Craniofacial development, cleft lip and palate, tooth development, reptile tooth replacement, developmental biology
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Jessica Rosin
Dr. Rosin's research aims to understand how distinct populations of embryonic phagocytes (e.g., macrophages, osteoclasts, etc.) signal to nearby cells during embryogenesis to contribute to normal craniofacial development. Her research program also aims to determine how maternal challenge, such as infection, acts through phagocytes to negatively impact nearby cells/stem cells and alter normal developmental programs to result in craniofacial disruptions.
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Charles F. Shuler
Craniofacial development, oral carcinogenesis and gene therapy
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Sid Vora
Genetic, epigenetic, and environmental influences on craniofacial growth and development using animal models, human data, and 3D morphometrics
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