NRC — Advanced, non-linear optical imaging and microscopy (CARSLab)
At a glance
- No Condition
- Open Date : November 14, 2019
- Construction
- National Research Council Canada
- Government of Canada
Overview
Eligibility criteria
Who is eligible
Eligible companies for this grant must be involved in research and development activities related to microscopy and imaging technologies. They could include companies focused on bioimaging, material science, pharmaceuticals, or environmental analysis.
- Companies specializing in bioimaging
- Companies conducting research in material science
- Pharmaceutical companies engaged in R&D
- Organizations working on environmental analysis
Eligible expenses
There are eligible expenses for this grant, including:
- Purchase or maintenance of microscopy equipment
- Training in microscopy techniques
- Research materials for CARS microscopy studies
- Travel expenses related to microscopy research
Evaluation & selection criteria
There are evaluation and selection criteria for the grant. The criteria include:
- Relevance of the proposed research to the goals of the grant
- Potential impact of the research in advancing knowledge and applications
- Qualifications and expertise of the research team
- Feasibility and soundness of the research plan
- Budget justification and cost-effectiveness
Grant Summary:
CARS (Coherent Anti-Stokes Raman Scattering) microscopy offers a cutting-edge imaging technique that allows for non-invasive, label-free, and chemical-specific analysis of complex materials at the molecular level.
Grant Details:
CARS microscopy, particularly offered by the CARSLab facility in Ottawa, provides researchers and clients with a powerful tool to visualize the distribution of molecules within diverse materials such as rocks, live cells, tissues, and chemical mixtures. This advanced method utilizes molecular vibrational 'fingerprints' (Raman spectra) and is highly sensitive, capable of real-time imaging with a spatial resolution of approximately 300 nanometers.
The facility, equipped with two-photon fluorescence, second harmonic generation, and ultra-short pulse CARS microscopy, stands out for its expertise in handling a broad range of samples for various applications. The CARSLab's unique advantage lies in its ability to perform multi-modal imaging, combining CARS with other established imaging modalities to offer comprehensive insights into complex materials.
The professionally managed facility, staffed with experts in microscopy and femtosecond laser optics, ensures high-quality services and state-of-the-art technology for clients seeking detailed molecular analysis without the need for sample staining, thus preserving the integrity of the materials under study.
For researchers and organizations looking to delve deep into the molecular structures of their samples, CARS microscopy offered through the CARSLab presents an invaluable opportunity to explore and understand complex materials with unparalleled precision and sensitivity.
