Sponsorship
What are the issues ?
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As Cannabis transitions into a legitimate market, increasing scrutiny reveals a marketing facade.
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Poor categorizations and dosage discrepancies may lead the consumer to purchase unvalidated products.
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Cannabis presents a “botanical conundrum” of multiple and variable active ingredients. As a result, there is trial-and-error Cannabis consumption without accumulated knowledge.
Why is Cannabis science important?
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Cannabis users and medical patients, alike, report successful experiences.
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Unstudied effects and adverse events generate government hesitancy and labile Cannabis trade prices.
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The Cannabis market maintains position in illegal trade in order to stabilize a turbulent transition.

Initiatives
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The Dosing Project - Translating crowd-sourced data into an analysis of botanical dose-effect relationships
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Nomenclature Initiative - Establishing Cannabis standards for world-wide trade and collaboration
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Clinical Correlates: Mood and qEEG - Investigating acute mood and cognitive effects of various cultivars from Cannabis inhalation
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Clinical Correlates: Immunity - Defining immunological role of the Endocannabinoid system (ECS)
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Agronomy Initiative - Comparing cultivation standards in Cannabis Appellations
Complete the form below and take a step toward Cannabis science
CESC Research aims to set industry benchmarks in various areas.
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Advancing the understanding of the active constituents in different Cannabis cultivars and manufactured products.
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Understanding the therapeutic potential of Cannabis for certain health conditions, as well as the adverse effects of exposure to these ingredients.
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Optimising production processes in order to improve yields and minimise costs.
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Creating new and innovative products that will better meet consumers’ needs
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Developing safer dosing methods for more precise Cannabis administration.
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Developing evidence-based practices that may give more confidence to physicians on Cannabis safety and efficacy.
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Cannabis innovation may drive new approaches in the extraction processes, allowing a higher and more precise yield of raw material.