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Santerre Lab

Home
Research
Overview
Cardiovascular Regenerative Medicine
Biomaterials for Tissue Engineering
Drug Delivery
Biomaterial Interactions
Dental Materials
Orthopaedic Repair and Regeneration
Drive to Commercialization
Educational Videos
News
Recent Publications
People
Paul Santerre
Current Members
Connect
Opportunities
Contact
  We dream of changing the current paradigm in biomaterials research to focus on materials that mediate protein interactions and the inflammatory response.

We dream of changing the current paradigm in biomaterials research to focus on materials that mediate protein interactions and the inflammatory response.

  With a focus on translational innovation, some technologies developed in this lab have already successfully been commercialized.

With a focus on translational innovation, some technologies developed in this lab have already successfully been commercialized.

  Surface chemistry characterization has shown us the importance of a heterogeneous surface on a biomaterial's blood and protein interactions.

Surface chemistry characterization has shown us the importance of a heterogeneous surface on a biomaterial's blood and protein interactions.

  The multidisciplinary lab is exploring the effect of shear stresses and cyclic distension on cell behaviour and tissue production.

The multidisciplinary lab is exploring the effect of shear stresses and cyclic distension on cell behaviour and tissue production.

  A single scaffold platform developed in the Santerre lab can provide a basis for collaborative projects in many fields, including orthopaedic tissue regeneration, and soft connective tissue-to-bone attachment.

A single scaffold platform developed in the Santerre lab can provide a basis for collaborative projects in many fields, including orthopaedic tissue regeneration, and soft connective tissue-to-bone attachment.

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  We dream of changing the current paradigm in biomaterials research to focus on materials that mediate protein interactions and the inflammatory response.
  With a focus on translational innovation, some technologies developed in this lab have already successfully been commercialized.
  Surface chemistry characterization has shown us the importance of a heterogeneous surface on a biomaterial's blood and protein interactions.
  The multidisciplinary lab is exploring the effect of shear stresses and cyclic distension on cell behaviour and tissue production.
  A single scaffold platform developed in the Santerre lab can provide a basis for collaborative projects in many fields, including orthopaedic tissue regeneration, and soft connective tissue-to-bone attachment.
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Santerre Lab at IBBME, 661 University Ave, Toronto, ON, M5G 1M1, Canada