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An Aqueous Self-Assembly Method to Fabricate Degradable Covalently Cross-Linked Microgels
McMaster researchers have developed a method of preparing monodisperse degradable gel-based nanoparticles based on thermoresponsive polymers (e.g. poly(N-isopropylacryalmide), PNIPAM, or poly(oligoethylene glycol methacrylate, POEGMA)) for use in a wide range of medical and other applications.
Located in Opportunities / Technologies / Technologies Inventory
McMaster Manufacturing Research Institute
Research excellence and state-of-the-art equipment to meet the R&D needs of leading manufacturers
Located in Opportunities / Institutes, Centres and Labs
System to Improve Ductility of Concrete Block Construction
This technology is a reliable, cost-effective, and less labour-intensive technique to improve the strength of masonry shear walls.
Located in Opportunities / Technologies / Technologies Inventory
Hydrogel Materials with Improved Wetting Properties for Ophthalmic Use
These hydrogels contain hyaluronic acid hydrogels making them suitable for for ophthalmic applications . For example, contact lenses made of this material will reduce the end of the day, dry eye problem for the wearer.
Located in Opportunities / Technologies / Technologies Inventory
Nanocellulose
A sustainable nanomaterial derived from wood pulp with applications in composites, food, cosmetics and pigments
Located in Opportunities / Institutes, Centres and Labs
Lab-on-a-Chip Target Isolation
Researchers at McMaster University have developed a method for rapid benchtop fabrication of multi-scale micro-electromagnets for capturing magnetic particles on a lab-on-a-chip (LOC) compatible platform.
Located in Opportunities / Technologies / Technologies Inventory
McMaster Nuclear Reactor
Canada's most powerful university research reactor has a long history of collaborating with industrial partners, providing neutron activation analysis, isotope production, hot cell facilities and other services.
Located in Opportunities / Institutes, Centres and Labs
Nanocellulose
A sustainable nanomaterial derived from wood pulp with applications in composites, food, cosmetics and pigments
Located in Research Institutes / Research Institutes / Nanocellulose
Nanocellulose
A sustainable nanomaterial derived from wood pulp with applications in composites, food, cosmetics and pigments
Located in Research Institutes / Research Institutes
McMaster Nuclear Reactor
Canada's most powerful university research reactor has a long history of collaborating with industrial partners, providing neutron activation analysis, isotope production, hot cell facilities and other services.
Located in Research Institutes / Research Institutes / McMaster Nuclear Reactor