Events

Enzyme-mediated controlled release of DNA polyplexes from
gelatin methacrylate hydrogel for nonviral gene delivery

Effect of substrate topography on human vascular smooth muscle
cell proliferation and phenotype change

Mechanochemistry and aging-based methods as novel tools to transform biopolymers into high value materials

The Chemical Engineering Department is hosting a graduate seminar on Mechanochemistry and aging-based methods as novel tools to transform biopolymers into high value materials.

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MASc Oral Exam| Enzyme-mediated controlled release of DNA polyplexes from gelatin methacrylate hydrogel for nonviral gene delivery by Joshua Kunihiro

MASc Oral Exam| Effect of substrate topography on human vascular smooth muscle cell proliferation and phenotype change by David Dency

Graduate Seminar| Mechanochemistry and aging-based methods as novel tools to transform biopolymers into high value materials, by Professor Audrey Moores

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