This work highlights a family of Ru(II) complexes that is licensed to Theralase Technologies, Inc. for development as photodynamic compounds for treating bladder cancer.
Read more … Our invited review article accepted by Coord. Chem. Rev.!
Metal complexes that, for all practical purposes, do not absorb red light can be activated in the PDT window, owing to highly photosensitizing 3IL excited states.
Read more … New paper accepted by Inorg. Chem.!
Theralase Technologies Inc. announced today that it has advanced its anti-cancer technology platform through an executed research agreement with Acadia University.
Read more … Theralase Advances Anti-Cancer Technology Platform
A press release outlining some of the events happening in the McFarland Labs and the importance of working in a lab as a student, from the perspectives of Jordan Gibson, and Marc Hetu.
Read more … Thriving In Unlikely Places
Our newest members Mitch Pinto and Charlotte Fuller receive summer undergraduate research awards!
Read more … Summer Undergraduate Research
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