NRC — Imaging, fluorescence and microscopy
Canada
Imaging, fluorescence and microscopy facility in Charlottetown
grant_single_labels|summary
grant_single|eligibleFinancing
- grant_single|noCondition
grant_single|deadlines
- grant_single|timelineUnspecified
grant_single|financingType
Expert Advice
grant_single|eligibleIndustries
- Professional, scientific and technical services
grant_single|grantors
- National Research Council Canada (NRC)
- Government of Canada
grant_single|status
grant_card_status|open
grant_single_labels|preview
Fee-for-service imaging, fluorescence and microscopy services including flow cytometry, high throughput DNA, and RNA and protein measurements.
grant_single_labels|projects
The NRC grant for Imaging, Fluorescence, and Microscopy services allows the utilization of advanced technical services to enhance research and technological development. The eligible projects and activities are geared towards leveraging high-end imaging and analytical equipment for scientific and business purposes.
- Engage in high sensitivity multi-color flow cytometry for various cellular analyses including live/dead analysis and apoptosis detection.
- Perform multiplex, rapid quantitative analysis on up to 50 target genes, DNA fragments, RNA, peptides, or proteins using advanced Luminex Magpix systems.
- Conduct time-lapsed imaging of live cell shear flow assays for studies on wound healing, cellular adhesion, and migration using Fluxion BioFlux 200 systems.
- Develop and test new technologies leveraging fee-for-service options for custom research needs.
- Create tailored research plans in partnership with NRC experts to align with specific technology goals, through service or collaborative research arrangements.
grant_single|admissibleProjectsExample
$ 200,000
Development of new imaging technologies for plant phenotyping
$ 310,000
Development of multi-color flow cytometry techniques for leukemia research
$ 360,000
Study of protein interactions using high-throughput flow cytometry
$ 345,000
Creation of a fluorescence imaging platform for neurodegenerative disease research
$ 215,000
Implementation of live cell shear flow assays for cardiovascular research
$ 240,000
Development of a high-resolution fluorescence microscope
grant_single_labels|admissibility
Eligibility criteria:
- Organizations must be engaged in research or business activities related to imaging, fluorescence, and microscopy.
- Applicants must have a clear research or business objective that can benefit from the technical services offered.
grant_eligibility_criteria|who_can_apply
The grant is designed to support projects that leverage advanced imaging, fluorescence, and microscopy services in their research and development initiatives. Organizations that may apply generally include:
- Research institutions engaged in innovative biomedical studies.
- Biotechnology companies focusing on drug development and cellular analysis.
- Academic laboratories requiring advanced cytometric analysis capabilities.
- Healthcare organizations implementing diagnostic innovations through cytometry and imaging.
- Environmental agencies utilizing imaging technologies for ecological assessments.
- Bioengineering firms looking to develop cutting-edge biomaterials or cellular therapies.
grant_eligibility_criteria|who_cannot_apply
There are specific types of companies that are not eligible for this grant:
- Companies not engaged in research or technology development
- Companies with no focus on imaging, fluorescence, or microscopy services
grant_eligibility_criteria|eligible_expenses
Eligible projects or activities for this grant involve advanced research and development tasks utilizing cutting-edge imaging, fluorescence, and microscopy services. These initiatives are crucial for enhancing scientific research capabilities and fostering technological innovation in various fields.
- Projects utilizing high sensitivity multi-color flow cytometry for advanced cellular analysis.
- Research involving rapid quantitative analysis of multiple genetic or protein targets with Luminex Magpix system.
- Studies employing time-lapsed imaging of live cellular processes using the Fluxion BioFlux 200 system.
- Development of customized high throughput research plans to meet unique technological needs.
- Collaborative projects aimed at developing new technologies, services, and product lines using specialized technical services.
grant_single_labels|criteria
There are evaluation and selection criteria for this grant.
- Evaluation Criteria:
- Relevance to the field of imaging, fluorescence, and microscopy
- Scientific merit and innovation of the proposed research
- Potential impact on advancing knowledge and technology
- Feasibility and clarity of the research plan
- Selection Criteria:
- Demonstrated expertise and experience in the field
- Alignment with the technical service offerings
- Quality and feasibility of proposed research objectives
grant_single_labels|register
Here are the steps to submit an application for this grant:
- Step 1: Initial Contact
- Reach out to the designated contact person for business-related inquiries, April Luong, via the provided email address (April.Luong@cnrc-nrc.gc.ca) to discuss your interest and get detailed information about application requirements.
- If you have technical-related questions, contact Sabine Dodard at Sabine.Dodard@cnrc-nrc.gc.ca.
- Step 2: Discuss Requirements
- Engage in a dialogue to understand the potential collaboration or research service arrangement that would suit your technological needs.
- Determine the appropriate fee-for-service or collaborative research setup.
- Step 3: Prepare Application
- Collect all necessary documentation to support your application, including a detailed proposal highlighting the technical service usage, expected outcomes, and budget considerations.
- Ensure that your proposal aligns with the objectives and available technical services of the facility.
- Step 4: Submit Application
- Email the completed application and supporting documents to the appropriate contact based on initial communications.
- Confirm successful submission by requesting an acknowledgment of receipt.
grant_single_labels|otherInfo
There is no additional relevant information found for this grant.
Apply to this program
Elevate Your Research with Cutting-Edge Microscopy and Imaging Services
Our specialized grant supports the advancement of sophisticated microscopy and imaging projects, offering unparalleled access to state-of-the-art technology. Through our program, researchers can significantly enhance their capacity to achieve high-precision data analysis and develop groundbreaking innovations in biological and medical fields.
Unlock the Full Potential of Your Research Projects
This grant serves as a crucial opportunity for research teams looking to harness high-throughput imaging, fluorescence, and microscopy techniques to propel their scientific endeavors. With a focus on delivering precise, cost-effective, and customizable solutions, our services integrate the latest advancements in flow cytometry, high-throughput genetic and protein analysis, and dynamic live-cell imaging, enabling researchers to explore complex biological questions with unparalleled accuracy and depth.
Flow cytometry services within this initiative offer multi-color, high-sensitivity detection, empowering researchers to conduct live/dead cell analyses, apoptosis detection, protein expression studies, and more, through advanced cell sorting and cytometric bead arrays. These capabilities ensure that researchers can derive exhaustive insights from cellular samples, thereby facilitating new avenues of scientific inquiry and discovery. The inclusion of multiplex quantitative analysis via the Luminex Magpix system fortifies this offering, enabling rapid simultaneous analysis of up to 50 target molecules from a single sample. This component significantly accelerates the pace of discovery by simplifying complex experimental processes and enhancing throughput.
Furthermore, the time-lapsed imaging capacity offered through the Fluxion BioFlux 200 system is a game-changer for those examining live-cell interactions and dynamics. It is instrumental for assays focusing on cell wound healing, adhesion, and migration, providing robust and real-time visualization data that support the nuanced study of cellular behavior under various conditions. Such insights are invaluable for fields ranging from regenerative medicine to cancer research, where understanding cell dynamics can lead to breakthrough therapies and treatment modalities.
Our expert team stands ready to collaborate with scientists and organizations to tailor research plans that align precisely with their technological and investigative needs. Whether through dedicated research services or collaborative arrangements, this grant empowers teams to leverage unparalleled expertise and resources in pursuit of groundbreaking scientific outcomes. We emphasize a cooperative approach, ensuring that funded projects benefit from customized support frameworks and strategic insights that elevate research quality and efficiency.
Additionally, by partnering with us, grant recipients can anticipate not only access to cutting-edge technology but also strategic guidance and support from a highly experienced team. Our specialists have deep-rooted expertise in the imaging, fluorescence, and microscopy domain, providing them with unique insights into optimizing research processes and outcomes. Furthermore, the financial investment made through this grant spurs innovation and knowledge advancement across varied research landscapes, setting the stage for both immediate and long-term impacts in the respective scientific areas.
Ultimately, this grant represents a powerful tool for scientific advancement, nurturing innovation by ensuring access to premium resources and expert guidance. By facilitating research that pushes the boundaries of what’s possible, we help pave the way for scientific breakthroughs that have the potential to address critical challenges and foster sustainable development in science and technology.
