EquipmentAvailable
Nikon CSUX-1 Disk intra-vital Confocal Microscope (in a biosecurity level 2 environment)
Faculty of Medicine and Health Sciences
Core Facility
McGill University
Applications: 4D Confocal and Multiphoton Imaging, Spectral imaging, FLIM, FRET, FRAP modules, SHG
Excitation:
- Four solid state laser lines: 448 nm, 488 nm, 552 nm,
638 nm
- One tunable IR two-photons laser: 680-1080 nm
Detection:
- Two internal HyDs (high sensitivity detectors)
- Two internal PMTs
- One transmitted light PMT
- Two reflected light HyD
- One brightfield detector (Dodt gradient)
Objectives: 4x to 63x (including air, oil and multi-immersion)
Environmental control: CO2, temperature, humidity.
Image processing and analysis: Leica LAS X and Bitplane Imaris 9.1.2
The system is capable of performing FRAP (Fluorescence Recovery After Photobleaching), Perfusion system for live tissue imaging and stimulation experiments.
Imaging and Molecular Biology Platform
Faculty of Medicine and Health Sciences
Research lab focused on advancing scientific knowledge and innovation.
NA
Nicolas Audet
Scientist with excellent management, organization, critical thinking and problem-solving skills. Experience in creating, planning and conducting projects that result in scientific publications. Strong ability to collaborate with a broad range of teams from research group to pharmaceutical companies.
Pharmacology and Therapeutics
Faculty of Medicine and Health Sciences
McGill University
EquipmentAvailable
Nikon CSUX-1 Disk intra-vital Confocal Microscope (in a biosecurity level 2 environment)
Faculty of Medicine and Health Sciences
Core Facility
McGill University
Applications: 4D Confocal and Multiphoton Imaging, Spectral imaging, FLIM, FRET, FRAP modules, SHG
Excitation:
- Four solid state laser lines: 448 nm, 488 nm, 552 nm,
638 nm
- One tunable IR two-photons laser: 680-1080 nm
Detection:
- Two internal HyDs (high sensitivity detectors)
- Two internal PMTs
- One transmitted light PMT
- Two reflected light HyD
- One brightfield detector (Dodt gradient)
Objectives: 4x to 63x (including air, oil and multi-immersion)
Environmental control: CO2, temperature, humidity.
Image processing and analysis: Leica LAS X and Bitplane Imaris 9.1.2
The system is capable of performing FRAP (Fluorescence Recovery After Photobleaching), Perfusion system for live tissue imaging and stimulation experiments.
Imaging and Molecular Biology Platform
Faculty of Medicine and Health Sciences
Research lab focused on advancing scientific knowledge and innovation.
NA
Nicolas Audet
Scientist with excellent management, organization, critical thinking and problem-solving skills. Experience in creating, planning and conducting projects that result in scientific publications. Strong ability to collaborate with a broad range of teams from research group to pharmaceutical companies.
Pharmacology and Therapeutics
Faculty of Medicine and Health Sciences
McGill University
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