Dr. Jeffrey Smith
Credentials:
PhD
Position:
Topic Lead Biochemistry
Research Area(s):
Biochemistry
Institution:
Carleton University
Expertise:
Mass Spectroscopy, Lipids
By integrating experts from different fields, the TEAM Hub is able to undertake unique and interdisciplinary research. Engineers and biologists work side by side, and health scientists and cell biologists collaborate with physicists and chemists to explore new avenues of investigation. Our transdisciplinary approach allows us to address important problems whose complex cause-and-effect relations cross over traditional disciplinary boundaries.
Click to view a research area
We investigate how the structure of macromolecules and the dynamic modulation of biochemical pathways contribute to health and disease. Because the subjects of our analysis range from single molecules to cells and tissues, we are able to capture the full complexity of these metabolic processes. Some of our main areas of research include:
Credentials:
PhD
Position:
Topic Lead Biochemistry
Research Area(s):
Biochemistry
Institution:
Carleton University
Expertise:
Mass Spectroscopy, Lipids
Credentials:
PhD
Position:
Topic Lead Biochemistry
Research Area(s):
Biochemistry, Biophotonics and Image Analysis, Cell Biology
Institution:
Carleton University
Expertise:
Stress Response, Hypoxia, Oxidative Stress, Proteomics
Credentials:
PhD, CRC-T2 in Chemical Biology
Position:
Topic Lead Biophotonics and Image analysis
Research Area(s):
Biochemistry, Biophotonics and Image Analysis, Disease Biology
Institution:
University of Ottawa, University of Ottawa Heart Institute
Expertise:
Biochemistry of Disease, Molecular Therapeutics, Molecular Imaging Self-Assembly, MRI, PET
Credentials:
PhD
Position:
Co-director, Topic Lead Cell Biology
Research Area(s):
Biochemistry, Cell Biology, Disease Biology
Institution:
Carleton University, Bruyere Research Institute
Expertise:
Macrophages, Host-Pathogen Interactions, Immunometabolism, Systems Biology
The paper establishes the phosphorylation of heterogeneous nuclear ribonucleoprotein A1…
This is a review on the effects on nanoparticles (NPs), which are increasingly used in a…
We study how specific cell populations contribute to tissue homeostasis, damage, and disease, and how the tissue microbiome affects these processes. In particular, we evaluate tissue-specific features of cellular phenotype and function across health and disease, exploring subjects including:
Credentials:
PhD
Position:
Co-director, Topic Lead Cell Biology
Research Area(s):
Biochemistry, Cell Biology, Disease Biology
Institution:
Carleton University, Bruyere Research Institute
Expertise:
Macrophages, Host-Pathogen Interactions, Immunometabolism, Systems Biology
Credentials:
PhD
Position:
Topic Lead Cell Biology
Research Area(s):
Cell Biology, Disease Biology
Institution:
Carleton University
Expertise:
Biofilms, Microbiome, Antimicrobials, Antimicrobial Resistance
Credentials:
PhD
Position:
Topic Lead Disease Biology
Research Area(s):
Cell Biology, Disease Biology
Institution:
Carleton University
Expertise:
Mucosal Immunology and Epithelial (Stem Cell) Biology
Credentials:
PhD
Position:
Topic Lead Biochemistry
Research Area(s):
Biochemistry, Biophotonics and Image Analysis, Cell Biology
Institution:
Carleton University
Expertise:
Stress Response, Hypoxia, Oxidative Stress, Proteomics
Although Helminth infections are prevalent throughout the world, they are particular a health…
After birth, the epithelium that lines our gut transitions (or matures) so that it can deal…
We investigate how such factors as ageing, injury, environmental factors, and disease affect tissue remodelling and lead to damage and eventual loss of organ function. Our analysis includes the examination of tissue-specific features of disease across clinical cohorts in relation to:
Credentials:
PhD
Position:
Topic Lead Disease Biology
Research Area(s):
Disease Biology, Tissue Microstructure
Institution:
Ottawa Hospital Research Institute, University of Ottawa
Expertise:
Cancer; Infertility; Ovarian cancer; Women’s health
Credentials:
PhD
Position:
Topic Lead Disease Biology
Research Area(s):
Biophotonics and Image Analysis, Disease Biology, Tissue Microstructure
Institution:
University of Ottawa, University of Ottawa Heart Institute
Expertise:
3D Bioprinting and Biomedical Devices, for Regenerative Therapies
Credentials:
PhD, CRC-T2 in Chemical Biology
Position:
Topic Lead Biophotonics and Image analysis
Research Area(s):
Biochemistry, Biophotonics and Image Analysis, Disease Biology
Institution:
University of Ottawa, University of Ottawa Heart Institute
Expertise:
Biochemistry of Disease, Molecular Therapeutics, Molecular Imaging Self-Assembly, MRI, PET
Credentials:
PhD
Position:
Co-director, Topic Lead Cell Biology
Research Area(s):
Biochemistry, Cell Biology, Disease Biology
Institution:
Carleton University, Bruyere Research Institute
Expertise:
Macrophages, Host-Pathogen Interactions, Immunometabolism, Systems Biology
Credentials:
PhD
Position:
Topic Lead Cell Biology
Research Area(s):
Cell Biology, Disease Biology
Institution:
Carleton University
Expertise:
Biofilms, Microbiome, Antimicrobials, Antimicrobial Resistance
Credentials:
PhD, PEng
Position:
Co-director, Topic Lead Tissue Microstructure
Research Area(s):
Biophotonics and Image Analysis, Disease Biology, Tissue Microstructure
Institution:
Carleton University
Expertise:
Microscopy, Imaging Analysis, Tissue Engineering
Although Helminth infections are prevalent throughout the world, they are particular a health…
This paper examines the response of the WNT signaling pathway involved in the development…
We combine tissue engineering and biomaterials to explore different applications that are crucial to regenerative medicine. These involve methods and components aimed at repairing/replacing body functions that have been lost or impaired due to disease, injury, or other conditions. Tissue engineering comprises a set of methods to produce living functional tissue from cell cultures that have been combined with structures that resemble living tissues as closely as possible. Biomaterials are fabricated materials developed for, and used in, products intended for medical treatments, including structures that will provide a foundation for artificial engineered tissues. Particular areas of TEAM Hub research include:
Credentials:
PhD
Position:
Topic Lead Tissue Microstructure
Research Area(s):
Biophotonics and Image Analysis, Tissue Microstructure
Institution:
Carleton University
Expertise:
Cell and Tissue Mechanics, Optical Microscopy, Tissue Engineering
Credentials:
PhD, PEng
Position:
Co-director, Topic Lead Tissue Microstructure
Research Area(s):
Biophotonics and Image Analysis, Disease Biology, Tissue Microstructure
Institution:
Carleton University
Expertise:
Microscopy, Imaging Analysis, Tissue Engineering
Credentials:
PhD
Position:
Topic Lead Disease Biology
Research Area(s):
Disease Biology, Tissue Microstructure
Institution:
Ottawa Hospital Research Institute, University of Ottawa
Expertise:
Cancer; Infertility; Ovarian cancer; Women’s health
Credentials:
PhD
Position:
Topic Lead Disease Biology
Research Area(s):
Biophotonics and Image Analysis, Disease Biology, Tissue Microstructure
Institution:
University of Ottawa, University of Ottawa Heart Institute
Expertise:
3D Bioprinting and Biomedical Devices, for Regenerative Therapies
Sustaining and generating mechanical forces is a normal part of life for the tissues in…
The ability to respond to injury with tissue repair is a fundamental property of all multicellular…
Recognizing that “seeing is believing,” we work to employ and develop a variety of non-invasive, label-free imaging modalities to visualize biological activities. Imaging modalities with biochemical specificity and high spatial/temporal resolution allow us to investigate 3D structures of tissues and cells in real time. Imaging and related technological development is a central aspect of several research projects carried by the TEAM Hub, including those aimed at:
Credentials:
PhD, CRC-T2 in Chemical Biology
Position:
Topic Lead Biophotonics and Image analysis
Research Area(s):
Biochemistry, Biophotonics and Image Analysis, Disease Biology
Institution:
University of Ottawa, University of Ottawa Heart Institute
Expertise:
Biochemistry of Disease, Molecular Therapeutics, Molecular Imaging Self-Assembly, MRI, PET
Credentials:
PhD
Position:
Topic Lead Biophotonics and Image analysis
Research Area(s):
Biophotonics and Image Analysis
Institution:
Carleton University
Expertise:
Raman Spectroscopy, Nonlinear Optical Imaging, SRS, CARS Microscopy
Credentials:
PhD
Position:
Topic Lead Tissue Microstructure
Research Area(s):
Biophotonics and Image Analysis, Tissue Microstructure
Institution:
Carleton University
Expertise:
Cell and Tissue Mechanics, Optical Microscopy, Tissue Engineering
Credentials:
PhD
Position:
Topic Lead Disease Biology
Research Area(s):
Biophotonics and Image Analysis, Disease Biology, Tissue Microstructure
Institution:
University of Ottawa, University of Ottawa Heart Institute
Expertise:
3D Bioprinting and Biomedical Devices, for Regenerative Therapies
Credentials:
PhD, PEng
Position:
Co-director, Topic Lead Tissue Microstructure
Research Area(s):
Biophotonics and Image Analysis, Disease Biology, Tissue Microstructure
Institution:
Carleton University
Expertise:
Microscopy, Imaging Analysis, Tissue Engineering
Credentials:
PhD
Position:
Topic Lead Biochemistry
Research Area(s):
Biochemistry, Biophotonics and Image Analysis, Cell Biology
Institution:
Carleton University
Expertise:
Stress Response, Hypoxia, Oxidative Stress, Proteomics
Sustaining and generating mechanical forces is a normal part of life for the tissues in…
Subscribe to our newsletter to receive information on TEAM Hub equipment, events, training opportunities and our most recent publications.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Copyright © 2022 Tissue Engineering & Applied Materials (TEAM) Hub. All Rights Reserved.
Copyright © 2022 Tissue Engineering & Applied Materials (TEAM) Hub.
All Rights Reserved.