MuSIF supports academic researchers, industry partners, and public research organizations by providing advanced scientific imaging and microscopy services in Montreal. Our facility at McGill University helps organizations transform complex biological and material samples into high-quality imaging data that supports research, product development, and innovation. 


 

Image
Fish neat tip celltype white

Agri-food innovation

MuSIF provides specialized imaging services supporting agricultural research and food innovation. Microscopy and imaging technologies help companies and research groups better understand plant structure, crop performance, and food microstructure. 

Common Applications 

  • Plant phenotyping and plant structure analysis 
  • Seed structure and development studies 
  • Crop stress and environmental response analysis 
  • Food microstructure and ingredient characterization 
Image
Pollen microscope sample

Plant science

MuSIF supports researchers studying plant biology, physiology, and plant–environment interactions. Advanced microscopy techniques enable detailed visualization of plant tissues and cellular processes. 

Common Applications 

  • Root system imaging and development studies 
  • Plant cell structure analysis 
  • Plant–pathogen interaction research 
  • Tissue and cellular imaging in plant biology 
Image
SEM Fibrous microstructure bacteria

Bio-medical research

MuSIF provides microscopy services for biological and life sciences research, enabling detailed analysis of cells, tissues, and microorganisms. High-resolution imaging technologies help researchers generate quantitative data and publication-quality images. 

Common Applications 

  • Tissue imaging and histological analysis 
  • Microorganism structure and behaviour 
  • Cellular imaging and fluorescence microscopy 
Image
Face mask image through am electron microscope

Materials and biomaterials

MuSIF supports the analysis of materials and biomaterials using advanced microscopy techniques. Imaging technologies allow researchers to examine microstructures, surfaces, and structural properties of natural and synthetic materials. 

Common Applications 

  • polymer microstructure analysis 
  • biomaterial characterization 
  • structural and surface imaging of materials 
Image
RESEARCH INSTITUTIONS

Government and research institutions

MuSIF collaborates with government laboratories and public research institutions conducting advanced scientific studies. Microscopy technologies support regulatory, environmental, and bio-medical research programs. 

Common Applications 

  • environmental monitoring and sample analysis 
  • biological sample characterization 
  • regulatory and scientific investigations 

 

Image
McGill MuSIf CT Scan

Start Your Project

MuSIF’s capabilities extend far beyond our core sectors of agri-food, plant and life sciences, and materials. We can help determine the most appropriate microscopy and imaging approach for your research or industrial project.