Improving human health through discoveries and knowledge translation

From nanotechnology and tissue engineering to clinical orthodontics studies, the Faculty of Dentistry's researchers are expanding the frontiers of human health. 

Click on one of the buttons below to learn more about our research strengths. 


Researchers at the University of Toronto’s Faculty of Dentistry are developing novel biomaterials for applications in and outside of the oral cavity, as well as improving the longevity of existing materials. A major strength of the Faculty is biomedical engineering; with the Faculty of Applied Science and Engineering and the Faculty of Medicine, Dentistry helped found the world-renowned Institute of Biomaterials & Biomedical Engineering (IBBME). From tissues-on-a-chip, nano-based disease testing, sleep apnea devices and the development of novel polymers used in medical equipment, Dentistry is making major contributions to health research.

Some of our experts in this field include: 

Karina Carneiro

John Davies

Yoav Finer

Anil Kishen

Anuradha Prakki

Paul Santerre

Grace de Souza


By developing a better understanding of the basic cellular and molecular mechanisms that control the dynamic equilibrium of mineralized and connective tissues in health and disease, paramount to the maintenance of oral health, Dentistry researchers hope to impact disease diagnosis, treatment and the development of novel drug targets and other therapies. This theme includes a broad range of various topics, including biomineralization, mechanobiology, and immunology. Through collaborations and cross appointments with many other faculties and departments at the University and its affiliated hospitals, Dentistry’s multidisciplinary researchers of this theme are driving clinically-relevant discoveries forward.

Some of our experts in this field include: 

Bernhard Ganss

Michael Glogauer

Siew-Ging Gong

Boris Hinz

Morris Manolson

Christopher McCulloch

Howard Tenenbaum

Irina Voronov


Can we end childhood caries? Can we develop better oral health delivery systems for high-risk populations, such as remote northern Aboriginal communities? Research in this theme is focused on describing the correlations between socio-economic factors and clinical outcomes in dentistry, with the aim of linking academic and community research, service providers, consumers and policy makers. The goal? To develop a better understanding of the complex challenges of, and to maximize the benefit in, delivering dental care.

Some of our experts in this field include: 

Amir Azarpazhooh

Herenia Lawrence

Carlos Quiñonez


Can we develop better tools to train the dental professionals of tomorrow? That is the focus of the newest of the Faculty of Dentistry’s research foci. Comprising a range of topics crossing health disciplines — program evaluations, student evaluations, basic science education as well as the theory and practice of health education — our goal is to establish UofT Dentistry as an international leader in this emerging field of research, and to expand a program of research in dental education that will have an ongoing positive impact on the Faculty’s pedagogical curriculum. Our researchers are actively involved with the Wilson Centre for Research in Education, which is affiliated with the faculty of medicine at the University of Toronto.

Some of our experts in this field include: 

Laura Dempster

Jim Yuan Lai

Carilynne Yarascavitch

Contact the Research Office:

Academic research inquiries:


Professor Bernhard Ganss 

Vice-Dean, Research


(416) 978-6367

Collaborations and business partners in research inquiries:

Farah Thong

Research & Business Development Manager

(416) 979-4900 Ext: 4616

General inquiries:


Leah Raz

Administrative Officer, Office of Research

(416) 979-4921 Ext. 4600

The role of the alpha 11 integrin, a cell adhesion receptor, in cardiac cell differentiation and cardiac dysfunction, is the basis for a study just funded by the Heart and Stroke Foundation Canada. The $271.5K grant will enable a three-

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Imagine a scaffold built from DNA nanostructures that attracts towards it—like a black hole—proteins and other building blocks essential for forming enamel.From the way these scaffolds are constructed, the nanostructures can also