Brock University
Connect with researchers at Brock University
At a glance
Eligible Funding
- No Condition
Timeline
- Open Date : January 25, 2022
Financing Type
Researchers And Facilities
Eligible Industries
- All industries
Grant Providers
- Cognit.ca
- Brock University
Status
Open
Overview
Get access to world-class expertise, facilities and IP when you form a partnership with a university, college or health institution. Use the partnership to help solve complex problems, build proofs-of-concept, improve processes and performance, validate y
Eligibility criteria
Who is eligible
There are various types of companies eligible for grants in Canada, including those involved in organic synthesis, biocatalysis, health research, biotechnology, and environmental science. These grants support a wide range of research projects and initiatives across different sectors.
- Companies involved in organic synthesis and biocatalysis
- Health research organizations
- Biotechnology companies focusing on silicon biotechnology
- Environmental science companies working on climate change impacts
- Research organizations studying bone metabolism and muscle development
Apply to this program
Grant Summary:
This grant focuses on the research projects conducted by various principal investigators at Brock University, covering a wide range of areas such as organic synthesis, biocatalysis, literacy development, neuromuscular functions, and more.
Detailed Explanation of the Grant:
Brock University has been at the forefront of innovative research projects across multiple disciplines. One of the prominent research areas is organic synthesis and biocatalysis, led by principal investigator Tomas Hudlicky. This research program involves the chemoenzymatic synthesis of alkaloids, medicinal agents, and the development of new chiral building blocks, asymmetric protocols, and reagents. The program aims to advance the field of organic chemistry and explore novel methodologies for the synthesis of complex molecules with potential medicinal properties.
Another significant research project at Brock University is led by Jennifer Rowsell, focusing on literacy development and maker literacies. This project aims to build learning opportunities in early childhood through maker literacies, empowering children to engage in creative and educational activities. By exploring new approaches to literacy education, the research team seeks to enhance early childhood development and foster a love for learning.
Stephen Cheung leads research projects on dopamine effects on neuromuscular functions in hyperthermia and the development of heat strain estimator algorithms for personal cooling in ultra-deep mining. These projects delve into the mechanisms of thermal impact on neuromuscular function and aim to improve safety and performance in extreme environmental conditions. The research outcomes have the potential to enhance workplace ergonomics and safety standards in high-temperature environments.
Travis Dudding's research focuses on the applications of cyclopropenylidene metal complexes and thioureas in catalysis, with a specific interest in optimizing the synthesis, bioavailability, and scaling of quercetin for potential COVID-19 treatment. By exploring new catalytic pathways and bioactive compounds, this research program seeks to contribute to the development of therapeutic interventions for infectious diseases.
Paul Zelisko's research on applying silicon biotechnology to the synthesis of structured materials explores the potential of silicon-based materials in various applications. The research projects aim to advance the field of material science and engineering by developing novel silicon-based composites with unique properties and functionalities. Through innovative approaches to material design, the research team aims to unlock new possibilities for structural materials in diverse industries.
Overall, these research projects at Brock University represent a rich tapestry of scientific inquiry and innovation, pushing the boundaries of knowledge and technology across various disciplines. The collaborative efforts of talented researchers and interdisciplinary teams contribute to the advancement of science and provide valuable insights into complex scientific phenomena.
