Cannabis Testing
Digipath Labs Resumes Testing Operations Following Reinstatement of Nevada Licenses
This follows the suspension of their Medical Marijuana Registration Certificate and Marijuana Testing Facility License on January 19 by Nevada State following a review of their operations and procedures.
Arizona May Finally Begin Testing Cannabis for Pesticides, Mold
A Republican lawmaker has persuaded nearly the entire Legislature to sign on in support of his proposal to require medical marijuana to be tested for mold and agricultural chemicals.
Private Partnership Leads the Way in Mapping the Cannabis Genome
Functional Remedies, Sunrise Genetics demonstrate the value of private partnerships to overcome challenges in the cannabis industry,
Molecular Tagging, Blockchain Combine to Improve Cannabis Supply Chain
The rapid global adoption of legal cannabis legislation has accelerated the need to secure and truly validate cannabis supply chains from seed-to-sale.
Digipath Labs Submit Plan of Correction in Response to License Suspension
This move is in response to the suspension of their Medical Marijuana Registration Certificate and Marijuana Testing Facility License on January 19, 2018
How to Test for Heavy Metals in Cannabis
Although cannabis for human consumption or smoking should be as free from heavy metal contamination as possible, that’s not always the case.
Anandia Labs Voted Top Cannabis Testing Lab in Canada
Dr. Jonathan Page, Co-Founder, President and CEO of Anandia Labs, and an internationally-recognized pioneer in cannabis plant biochemistry and genetics, was also voted Most Progressive Researcher for 2017.
Digipath Labs Awarded the Emerald Test Badge for Potency, Pesticides Testing
The Emerald Test Badge results provide a measure of assurance and reliability to the industry as a whole, and particularly to those who depend on testing lab's results for safety, health, and product performance.
Terpenoid Profiles in Cannabis Classification
Analyses of 11 cannabinoids and 19 terpenoids in 2,237 individual cannabis flower samples identified three distinct clusters that were distinguishable by terpenoid profiles alone.
