A unique set of offers in pathogens studies
BSL3 confinement facilities for your projects
High throughput services
Ultra-high resolution studies
Several virus models
Electron microscopy services
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The CEMIPAI is a high security experimental platform designed for the handling of class 3 pathogens (viruses, bacterias). The platform is located in the building of the Infectiology Research Institute (IRIM) in the CNRS campus of Montpellier and concentrates unique equipments and staff researchers in the largest class L3 confinement laboratory in France (360m2).  
 
The CEMIPAI provides its expertise and state-of-the-art equipment in order to carry out experiments addressing the interactions between bacterias, viruses and cells in vitro. Users have access to fully equipped sets (microbiological safety stations, agitators-incubators, microscopy, ultracentrifuges, freezers, cell culture equipment, cytometer …). The BSL3 platform also disposes of unique facilities for automated drug screening and high resolution imaging of cells, bacterias or viruses: super-resolution PALM/TIRF photonic microscopy, Electron Microscopy and soon Atomic Force Microscopy. Partnerships with BSL3 animal facilities form a full R&D pre-clinical value chain from drug screening to pre-clinical phases.

Equipment for biochemical analyzes and a class 2 laboratory at in the immediate vicinity of part L3 complete the device.

The staff ensures the training of the users to work in confined environment L3.

All facilities for your projects
  • 16 Biological Safety Cabinets with full equipment
  • Automated Drug Screening
  • Super-resolution microscopy
  • Electron Microscopy
  • Bio-AFM (coming soon)
Drug discovery & development
  • Drug screening & profiling on several
    • viral
    • cellular
    • animal models
Host-pathogen interactions
  • Imaging studies on single
    • Cell
    • Bacteria
    • Virus
    • Molecule
Microscopy Platform
  • Host & pathogen ultrastructures using electron microscopy
  • Super-resolution optical microscopy
  • High Speed Atomic Force Microscopy (soon)

 

 

 

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