![Research infrastructure: Vizgen MERSCOPE](/sites/default/files/styles/medium/public/2023-09/1844-ACE%20Core-Vizgen%20Merscope.jpg?itok=WxbzZLKU)
Showing 1 - 10 of 49 results
University of Alberta
Offers the advanced equipment and expertise required to manage and automate large-scale experiments in areas such as drug discovery and single cell analysis.
University of Windsor
Multi-user facility with state-of-the-art equipment to meet a variety of microscopy and analytical needs, such as biological science, geology/mineralogy, materials science, automotive engineering, environmental science and chemistry.
Image
![Engineering Civil Engineering | McMaster University](/sites/default/files/styles/large/public/2022-11/mcm-eng-civil_right-col_png.png?itok=PnKuizui)
McMaster University
Tests the structural response of systems, components, and materials, including masonry, concrete, steel, wood, pavement, and equipment.
Image
![Biointerfaces Institute](/sites/default/files/styles/large/public/logo/BI_logo_RGB-1.png?itok=ofiBm4uK)
McMaster University
Rapid synthesis, screening, analysis and identification of engineered materials responding to, or compatible with, biological systems.
Image
![University of Prince Edward Island](/sites/default/files/styles/large/public/2017-11/upei-logo-3100060_large1.jpg?itok=HdNBHQWP)
University of Prince Edward Island
Research on novel methods for disease detection and cancer management
McMaster University
Advanced characterization of materials properties, support for low-temperature research.
McMaster University
Materials characterization and consultation to determine structural and compositional information on the micron to nano/atomic-scale using electron and ion microscopy.
University of Alberta
A one-stop global destination focused on developing carbohydrate-based drugs, vaccines and diagnostics to address areas of unmet need through glycomics research.
McMaster University
Fosters academic and industrial partnerships through access to cutting-edge light microscopy, photopatterning, and light-assisted 3D printing techniques.
Sheridan College Institute of Technology and Advanced Learning
Research and innovation support to manufacturers in automation, robotics, digital fabrication, design and simulation, and other areas of advanced manufacturing