The Matrix Functionalization & Phenotyping Lab (MFP-Lab)
  • Home
  • The Lab
    • Dr. Laurent Bozec
    • Current lab members
    • Previous lab members
  • Research
    • About our research
    • Publications
  • EDS
    • Current EDS research
    • For EDS Patients
  • Facilities & equipment
  • News
  • Contact
  • More
    • Home
    • The Lab
      • Dr. Laurent Bozec
      • Current lab members
      • Previous lab members
    • Research
      • About our research
      • Publications
    • EDS
      • Current EDS research
      • For EDS Patients
    • Facilities & equipment
    • News
    • Contact
The Matrix Functionalization & Phenotyping Lab (MFP-Lab)
  • Home
  • The Lab
    • Dr. Laurent Bozec
    • Current lab members
    • Previous lab members
  • Research
    • About our research
    • Publications
  • EDS
    • Current EDS research
    • For EDS Patients
  • Facilities & equipment
  • News
  • Contact

Our research

From investigating connective tissue disorders such as Ehlers Danos syndromes (EDS), to the conservation of books and paintings, we use our expertise in imaging to understand the structure and changes in collagen. Based in the Faculty of Dentistry at the University of Toronto, we also use our expertise to improve dental health.

Nanoscale Collagen Characterization in Health and Disease

 

We investigate collagen's nanostructure and mechanical behaviour in connective tissues in health and disease. Our goal is to uncover biomarkers of disorders such as Ehlers-Danlos syndrome, which paves the way for improved diagnostics and targeted therapies.

Ehlers-Danlos syndromes (EDS)

As part of our Nanoscale Collagen Characterization in Health and Disease research, we specifically investigate EDS. Find out more about this research and how you can get involved as a patient or physician.

Explore our EDS research

Oral Health Diagnostics

Oral Health Diagnostics

 

Our lab investigates how collagen in dentin and enamel responds to aging, disease, and dental treatments such as bonding and bleaching. By combining AFM, MicroCT, and OCT, we aim to support the development of next-generation dental materials and precision treatment strategies.

Tissue Engineering

Cultural Heritage and Conservation Science

Oral Health Diagnostics

 We study collagen as a key scaffold in engineered tissues, focusing on how its physical properties can be optimized for regenerative medicine. Our work supports the development of biomaterials that mimic native tissue mechanics for improved integration and function. 

Cultural Heritage and Conservation Science

Cultural Heritage and Conservation Science

Cultural Heritage and Conservation Science

 We apply our collagen expertise to the study and preservation of parchment and heritage artifacts. By pioneering the field of conservation histology, we provide new tools to conservators worldwide 

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