Dr. John Gillard is one of Canada’s precision medicine biotech pioneers. He gained his PhD in Australia
and did post doctoral fellowships at CNRS Paris and Harvard University, Boston. Having completed a
successful early career as Director of Medicinal Chemistry at Merck Research Laboratories in Montreal,
from which the highly successful anti-asthma drug, Singulair was developed, he joined BioChem Pharma.
There he recruited and directed the very successful team of scientists responsible for the discovery and
development of the landmark anti-viral drugs lamivudine (3TC) for HIV and Zeffix (Epivir) for hepatitis B,
and led several successful multinational collaborations with Glaxo, Astra and Pfizer. BioChem Pharma was
subsequently acquired by Shire for >$5B.
During this time, Dr. Gillard was on the Board of Directors of the Canadian Genetic Diseases Network, a highly
successful national network that introduced him to the pan-Canadian talent in molecular genetics and led
him to found a biotech firm, based upon a break-through genetic discovery from the University of Ottawa. As
CSO and EVP of Aegera Therapeutics, he built a strong integrated drug research team in oncology and the
clinical development of four drugs, including an apoptosis-induction drug class that was subsequently
acquired by Human Genome Sciences (later Glaxo) in the best pre-clinical deal in Canadian biotech at that
time.
Dr. Gillard has served on many emerging biotech and bio-service company boards and as an advisor to
venture investor firms. Recently, Dr. Gillard was a senior executive at KalGene Pharmaceuticals Inc., a biotech
firm dedicated to the development of a break-through biological in Alzheimer’s disease. The technology, in-
licensed from the National Research Council of Canada Human Health Therapeutics, led to a clinical
candidate, which is now in development.
Dr. Gillard is an adjunct Professor in the Department of Pharmacology and Therapeutics at McGill University
in Montreal. Throughout his career has maintained a very active academic role in identifying and publishing
drug-based mechanisms, using novel molecular probes to isolate and identify key signalling pathways and
potential therapeutic targets in allergy, inflammation and neurodegeneration.
We are developing novel therapeutics for COVID-19, with potential applications in cardio-pulmonary and neuro-inflammatory indications.
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