Researchers have successfully engineered a bacterial strain capable of converting toxic methanol into biopolymers, enabling cost-effective production from C1 gas feedstocks.

Researchers have engineered a bacterial strain capable of utilizing light energy to convert atmospheric carbon dioxide into biodegradable PHB plastics and biofuels.

Concordia University has significantly upgraded its Genome Foundry and Bioprocessing facilities with a $5 million investment, enhancing its position as a leading Canadian hub for synthetic biology and sustainable biomanufacturing.