RavenQuest Announces Landmark Cannabis Research Partnership With McGill University – GlobeNewswire (press release)

VANCOUVER, British Columbia, Nov. 14, 2017 (GLOBE NEWSWIRE) — RavenQuest BioMed Inc. (the “Company” or “RavenQuest”) – (CSE:RQB) is pleased to announce it has entered into a landmark research partnership with Montreal’s McGill University, focussed upon three key issues facing the cannabis industry:
Cannabis Cultivar Recognition & IdentificationCannabis Plant StabilizationCannabis Cultivation and Yield ImprovementsThe work will constitute a set of experiments that will increase scientific understanding of Cannabis genetics, breeding and production and expand on existing scientific knowledge related to Cannabis, knowledge which is currently limited due to long-term classification of Cannabis as a controlled substance.The work will be conducted through collaboration between two McGill laboratories (one focussed on genetics and one on crop yields) and will include the esteemed Dr. Donald Smith, who has patented technologies for improvement of crop yields. When commenting on the project, Dr. Smith stated, “Plants, like humans, always have an associated community of microbes, and it seems certain that the composition of this community affects the overall growth of cannabis plants and also their cannabinoid profile.  It will be key to have the correct microbial associations and to be able to beneficially manage their effects on cannabis plants, to produce effective and consistent material.”“In 2018, Canada will become only the second country in the world to legalize recreational cannabis. Safety starts with understanding the genetic/genomic basis of plant productivity and this partnership will contribute to build this knowledge,” says Mark Ware, Director of the Canadian Consortium for the Investigation of Cannabinoids (CCIC) and Associate Professor of Family Medicine and Anesthesia at McGill University.The work includes a wide range of activities, from genetics to crop productivity and quality assurance, as well as increased cannabinoid concentrations and enhanced yield of Cannabis.  The work will also focus on the performance of “Orbital Gardens” and their potentially significant and positive

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