In a press release published last week, Cannabis Testing Laboratories (CTL) announced they have achieved ISO 17025 accreditation as part of the Nebraska Department of Agriculture requirements for cannabis labs operating in the state. CTL is a wholly-owned subsidiary of Doane University, a liberal arts college in Crete, Nebraska.
Dr. Arin Sutlief (in back) and Dr. Andrea Holmes preparing samples for cannabinoid analysis by HPLC.
According to the press release, CTL will be renting space on Doane University’s campus for its primary laboratory. Doane University is working on an effort to foster innovation where they create spaces on campus for entrepreneurial startups. Dr. Andrea Holmes, Director of Cannabis Studies and Professor of Chemistry at Doane University, is the founder of CTL. Dr. Arin Sutlief is the director of the laboratory as well, which means CTL is led by an all-female management team.
Dr. Holmes says hemp testing should be a priority for the state’s new industry. “Being the first ISO-accredited and state approved cannabis testing laboratory in Nebraska will allow farmers, processors, vendors, and even consumers of CBD and hemp products to have local access to high-quality and reliable testing,” says Dr. Holmes. “For farmers, continuous testing is of utmost importance so they don’t grow hemp over 0.3% total THC levels, at which point hemp is categorized as marijuana, which is currently illegal in Nebraska. Consumers of CBD products will also benefit from private testing as oftentimes CBD-infused products don’t actually contain what the label says.”
Hemp weighed for sample preparation for cannabinoid analysis by HPLC.
CTL will operate independently of the university, but the lab will be a resource for faculty and students. There will be internship and experiential learning opportunities available at the lab for students. In addition to that, the lab will also help faculty that teach cannabis-related courses.
Last year, Doane University announced the launch of their Professional Cannabis Certificate Program. In June of this year, the university expanded their course offerings in cannabis, with seven courses available this fall. The addition of CTL to the Crete, Nebraska campus will benefit those new courses and provide more resources to those in the certificate program.
“I am proud to be one of the creators of a fully accredited cannabis testing lab that provides our farmers and processors reliable and quick local testing of hemp,” says Dr. Sutlief. “CTL is among the first ISO-certified cannabis testing labs in the U.S. that is a subsidiary of a university. Innovation, research, entrepreneurship and education will be the central pillars of CTL as we set ourselves apart to become leaders in cannabis testing not only in Nebraska and the Midwest but also nationally.”
In a press release sent out last week, KCA Laboratories announced they have been awarded hemp testing contracts for Massachusetts and North Dakota. They received the notices through the North Dakota Department of Agriculture and through the Massachusetts Department of Agricultural Resources’ Hemp Program that they were awarded the contract.
KCA Laboratories is an independent, third-party testing laboratory based in Nicholasville, Kentucky that specializes in hemp testing.
According to Ryan Bellone, Commercial Director for KCA Labs, they started the company to focus strictly on hemp testing. “The team here at KCA Labs is grateful for the opportunity to analyze North Dakota’s and Massachusetts’ hemp samples for Total THC content,” says Bellone. “We started KCA Labs to elevate the quality of testing in the hemp industry. It has been our goal from inception to service regulators, farmers, processors, and retailers with trusted results. KCA is excited to work with North Dakota and Massachusetts as well as the farmers and processors they serve.”
Bellone says they have started seeing a backlog of samples in a number of states for hemp regulatory compliance testing. “For years, a lack of laboratory testing was a bottleneck for the industry and now that the market has more options, testing turnaround time should not be a barrier.”
Gen Z is currently at about 40% of consumers, and this segment will be rapidly growing in the coming years. Most researchers and media define this generation as those who were born between the mid to late 1990s and early 2010s. In the United States alone, Gen Z consumers have an estimated $143 billion in buying power. Businesses that aren’t putting enough marketing strategies toward Gen Z need to reevaluate and switch gears, stat! Start laying the groundwork for your company’s success in the coming years. Kickstart your targeted Gen Z marketing strategies now. Every industry is different, but there are a few key do’s and don’ts to follow when communicating with Gen Z buyers. In the cannabis field, it is especially important to only market to those who can legally indulge.
Do Make Genuine Connections Online
Gen Z is our first truly digital generation. They’ve grown up using social media and the internet. As digital natives, they’re quick to recognize inauthentic communication methods. Whether it’s unnatural comments or trying to cover up negative testimonials, the younger crowd can always spot brands trying to be something they are not. Instead, practice total transparency with followers and friends to ensure that there is never a lack of brand accountability and authenticity. Within the cannabis industry, businesses can use their social media platforms to educate, build relationships and easily refute longstanding cannabis stereotypes that are so common in older generations.
Don’t Try Too Hard to Be Relatable
One way to make genuine connections is to engage with, create and share memes and other trends on social media. Although this is an excellent method for increased interactions, there is also plenty of room for error, so caution is the guiding principle. If not executed correctly, a post about a meme could easily make brands look unprofessional, or behind the times as they’ve missed the actual joke. These techniques can make business accounts seem like they are trying too hard to fit in, and will ultimately cause Gen Z to hit the “unfollow” button. Instead, focus on topics that closely align with the brand’s image and find creative ways to make content relate to exciting and funny trending ideas about cannabis.
Do Care About Social Issues and Responsibility
Focus on creating high quality, exciting videos and vibrant pictures that highlight cannabisResearch has shown that Gen Z sincerely cares about social issues and responsibilities. These beliefs don’t only apply just to their personal lives, but also to their buying habits and which businesses they want to support. These beliefs provide an excellent opportunity for brands to stake out common ground with Gen Z and support a variety of causes at the same time. Many of these consumers seem to care about topics like the environment, equality, hunger and homelessness. Do note that it’s essential to review and analyze these issues before making statements or posting about them on social media. For the cannabis industry, many businesses tend to raise awareness about medical matters, social equity and community-oriented programs.
Don’t Post the Same Content Repeatedly
After getting into the social media game, it can be tough to figure out how often to post. As much as those aspects do play an essential role in overall engagements, it’s also crucial to pay attention to the type of content that makes it into followers’ feeds. All photos and videos should be related, yet unique. Posting the same marketing content over and over is going to bore Gen Z, and make business accounts look less aesthetically pleasing. Instead, focus on creating high quality, exciting videos and vibrant pictures that highlight cannabis, and then vary your post types.
Navigating Gen Z communication and marketing tactics are going to be pivotal in just a few years, making it critical for businesses to rework their marketing strategies as soon as possible. If cannabis brands can capture the essence of authenticity and social responsibility in their communication methods, while avoiding posting repetitive content, they should be able to reach legal Gen Z-ers seamlessly.
By Dr. Markus Roggen, Sajni Shah, Stella Zhu No Comments
When data analytics was first introduced in the sports industry, it was met with a lot of criticism. But then it began to show results; a popular example being the story of Oakland Athletics Manager Billy Beane, depicted in the movie Moneyball starring Brad Pitt. In the cannabis industry today, we face familiar hurdles. Everyone is focused on extracting as much CBD oil as they can, but not many are optimizing the process. We even hear that data analytics is too difficult, that it does not help and no one has time for it. In contrast, the sports industry nowadays widely uses statistics and analytics, because it has proved to be effective. They use data analytics to choose their players for a team so that they have the best chance to win the championship. NBA teams have entire departments focused on data analytics, so why doesn’t the cannabis industry? Focusing on basketball, what if the approach taken to pick players for an all-star team was employed in the cannabis industry? Imagine your instruments as players and their parameters as their skills. Now, all you need is data analytics to help you decide how best to optimize your team. Paying attention to the numbers, could help you win in the cannabis industry.
When thinking about players in basketball, one factor of interest is the “Players Offensive Rating”, which is the amount of points produced by a player per 100 possessions. In this scenario, you want the player to have a higher offensive rating as it means that they have a better chance of scoring points when they have the ball. Similarly, in cannabis production, you would want your instrument to yield as much product (points) per hour (possession) as possible as well. So, the cannabis extraction analogy for offensive rating is “Yield Per Hour”. By increasing the yield per hour, the instrument can extract more product in the same time frame, increasing overall output and reducing product cost per gram. In this scenario, the biggest extractor is not necessarily the fastest, and any supercritical CO2 extractor will be slower than, for example, ethanol extractors.
Another important factor that’s considered in basketball is “Shooting Efficiency,” which looks at the number of successful baskets made by a player in comparison to the number of shots taken and where the shot was taken from. Having a player with a high shooting efficiency would result in a good chance for that team scoring points over their competitors. This principle is similar in cannabis, while a high yield (number of shots) is great, you also want a high purity (baskets made) of your target compounds or “Percent Purity”. This means you will get a higher percentage of the compounds you want, such as cannabinoids, for every gram of oil extracted. Here, the supercritical CO2 extractor shows its superiority over ethanol, as density modulation of the supercritical CO2 allows for the separation of terpenes or cannabinoids from the rest.You can see that a team that has a better synergy has a higher winning rate. For the same reason, the cannabis extraction process can be optimized by adjusting the parameters of the instrument.
For one last example, let’s look at “Number of Steals” as well. This is the number of times a defensive player successfully tackles the ball from an opposing player before they manage to shoot a basket. If this is high, opponents have fewer opportunities to shoot and score points. Similarly, “Percent Recovery” in the cannabis industry is important to ensure that the target compounds in your flower are being extracted. The solvent should have the chance to extract the compounds (steal from the opposition), before the run ends (the opposition shoots). A high recovery gives a higher overall output for the materials that were input, generating more product overall. In theory, if you wait long enough every solvent can reach full recovery, but for supercritical CO2 in particular there is a practical ceiling around 80% recovery.
While thinking about these variables in isolation is the first step, it is just as important to see how the variables interplay with each other. A concept is introduced here called “synergy”. A team member must establish a good cooperation with the entire team according to their own characteristics. For example, taller and stronger players whose “Offensive Rating” is higher are more suitable for guards, while those with a high “Shooting Efficiency” are more suitable for forwards. You can see that a team that has a better synergy has a higher winning rate. For the same reason, the cannabis extraction process can be optimized by adjusting the parameters of the instrument. For example, if you increase the extraction speed, which is “Yield per Hour”, you may need to compromise on “Percent Purity” as the increased speed may not allow for the optimal extraction of target compounds. Similarly, you may also need to compromise on “Percent Recovery” as a slower extraction rate will do a better job at having a higher recovery. Thus, in order to improve the overall process of extracting oil, there needs to be a focus on analyzing the synergies between different factors to guarantee optimal parameters for your benefit.
These examples highlight some of the basic data analytics that can be conducted on your instruments. However, there’s still one challenge to consider, most professional NBA teams have entire departments just for data analytics. How can you possibly accomplish conducting these analytics for your entire cannabis LP in addition to your regular job roles? That’s where we come in. Other than the “Yield per Hour”, “Percent Purity” and “Percent Recovery” listed above, CBDV can perform customized data analysis based on your company’s data. Let our team help you integrate the “boring” and “half-baked” data, and present you with a visual and clear data analysis report. Let us help you lead your team to win that championship in cannabis!
According to a press release published July 1, ASI Global Standards announced the launch of their newest audit standard: the Cannabis Safety & Quality Scheme (CSQ). The scheme is built around ISO requirements and the Global Food Safety Initiative (GFSI) requirements.
With input from a number of stakeholders in the cannabis space, the CSQ scheme is designed for the cannabis industry and by the cannabis industry. Each standard was developed by industry professionals and stakeholders, like growers, manufacturers and processors, to meet market, consumer and regulatory requirements from seed-to-sale.
The CSQ scheme is built on four standards:
Growing and Cultivation of Cannabis Plants
Manufacturing and Extraction of Cannabis
Manufacturing and Infusion of Cannabis into Food & Beverage Products
Manufacturing of Cannabis Dietary Supplements
There is a public comment period in effect now, and those wishing to provide input have until July 31 to do so. If certification bodies or accreditation bodies want to find more information and get involved in the CSQ certification or accreditation process, they are encouraged to reach out via email at info@csqcertification.com.
On June 19, Charles Deibel, president and CEO of Deibel Bioscience, announced two important changes to his cannabis testing laboratory: First, they changed their name from Deibel Laboratories to Deibel Bioscience. Secondly, they achieved ISO/IEC 17025:2017 accreditation.
Deibel Labs is an internationally recognized corporation of 15 testing labs in North America that’s been around for about 50 years, serving the food, beverage and personal care industries. Starting in 2018, Deibel has ventured into the cannabis and hemp markets, and recently rebranded these labs as “Deibel Bioscience.” Currently, Deibel Bioscience operates in California and Illinois, with plans underway to open labs in Florida and Pennsylvania.
Charles Deibel, President & CEO of Deibel Bioscience
Deibel’s brand is very well known in the food testing industry and has recently become a prominent voice and industry advocate in the cannabis testing community. Charles Deibel’s father, Dr. Robert Deibel, was a pioneer of the Hazard Analysis and Critical Control Point (HACCP) system. Charles Deibel has a long career in the laboratory testing space and even worked with the Department of Justice to help shape the legal case against Peanut Corporation of America and testified as an expert witness during the trial.
With respect to their accreditation, Deibel Bioscience of California (Santa Cruz) achieved it through the American Association for Laboratory Accreditation (A2LA). The lab’s scope currently holds seven chemical and microbiological test methods as well as their sampling method, with plans to expand their scope to include four more chemical testing methods in the next month.
“At our level of testing services, any lab should be able to offer accurate testing, at a fair price and a reasonable turn-around time,” says Deibel. “These three qualities are no longer defining features; rather it is our high level of service and exceptional Technical Services acumen that set us apart.”
According to Deibel, their company is drawing on decades of experience in other testing industries to provide a high caliber of technical expertise. “We are a family owned and operated corporation and are not constrained by quarterly investor demands. Our size offers economics of scale that is reflected in our service and pricing.”
According to a press release published earlier this week, ACS Laboratory announced the Florida Department of Health Office of Medical Marijuana Use (OMMU) has certified ACS to test products for medical dispensaries in the state.
This certification comes after the Florida Department of Health adopted an emergency rule, requiring dispensaries to only use a certified lab for product testing. Dispensaries (or medical marijuana treatment centers as the state calls them) in Florida have until December 24, 2020 to sell products tested before June 24, 2020.
ACS Laboratory was founded in 2008. They are DEA- and AHCA-licensed, ISO 17025-accredited and CLIA-accredited with the largest testing facility in the eastern United States, according to their press release. They are USDA-compliant and certified by Florida to test hemp in the state and are now also certified to test medical cannabis products.
As a certified cannabis testing lab in Florida, ACS has to meet a list of requirements, similar to rules one might find in other legal states. The Florida rules mandate that labs are ISO-accredited and qualified to accurately test for contaminants, moisture content and cannabinoid potency.
Earlier this year, ACS acquired Botanica Testing, Inc., which added about 500 new hemp and CBD clients to their portfolio. ACS Laboratory now has customers in 44 states.
Dr. Linda Klumpers has a Ph.D. in clinical pharmacology of cannabinoids. Originally from the Netherlands, she began much of her career in studying cannabis there. She now lives and works in the United States, where she has worked on a number of projects, started her own company and is continuing her research on cannabis as an effective medicine.
After studying neuroscience at the University of Amsterdam, she went on to train at the Centre for Human Drug Research and Leiden University Medical Center, where Dr. Klumpers obtained a clinical pharmacology degree and a Ph.D. in clinical pharmacology of cannabinoids. She has been researching cannabinoids in humans since 2006. Dr. Klumpers co-authored a number of peer-reviewed cannabinoid publications and she has received five honors and awards for her work, including the BJCP Prize from the British Journal of Clinical Pharmacology.
Dr. Linda Klumpers
In 2016, she moved to the United States and founded Cannify, an online tool that helps patients and clinicians with product matching and providing legitimate cannabis education based in sound science. In 2018, Dr. Klumpers joined forces with Dr. Michael Tagen, another clinical pharmacologist, to launch Verdient Science, a consulting partnership. Their work at Verdient Science includes helping clients set up human studies, advise on FDA submissions, creating course materials, adjusting product pipelines and product development strategies, among other areas of focus.
Right now, Dr. Klumpers is waiting to hear back from a grant application they submitted to study THC and CBD ratios for medical efficacy in chronic pain patients. We sat down with Dr. Klumpers to hear her story, what she is working on now and how she hopes to continue researching cannabis as an effective medicine.
Cannabis Industry Journal: Tell us about your background as a research scientist. How did you get involved in cannabis?
Dr. Linda Klumpers: During my Ph.D. work, we studied the effects of so-called cannabinoid receptor antagonists that block the effects of THC – I prefer to say “we”, as research is always done by multiple people. The problem with studying these compounds in healthy volunteers is that you can’t observe acute effects, which means that you won’t measure any effect after a single dose. To circumvent this issue, we applied a trick and developed a ‘challenge test’: after you give the ‘invisible’ blocking compound, you stimulate the cannabinoid system by giving people THC. If the subjects don’t feel the effects of THC, you know that the blocker worked. One thing lead to another and we ended up studying various administration methods, such as intrapulmonal (via the lungs) with vaporization, oral and sublingual. We studied the behavior of cannabinoids in the body and how the body responded to them.
CIJ: Can you share some information on the projects you are working on? What is Cannify and what is Verdient Science?
Dr. Klumpers:Cannify was founded in 2016 after I saw that too many people had opinions about cannabis that were more based on emotion than fact. Besides, I noticed that a majority of the scientific literature on cannabis pharmacology was left unnoticed and unapplied to the people getting exposed to cannabis, such as patients, the cannabis industry – that was in a very different stage at that time – healthcare providers and regulators. With my Ph.D. in cannabis pharmacology, I wanted to add a level of objectivity to cannabis education and research. Cannify’s goals are to understand the science of cannabis, and share this with others.
The way we do this is multi-fold:
Cannify Quiz: Patients with an interest in cannabis often want to know the science about cannabis and their condition. Our quiz helps these people by asking in-depth questions and showing them relevant scientific literature in a personalized report. After that, an overview is given with products and product matching scores. Our account system allows users to track their progress over time. Product manufacturers, dispensaries and other companies can use the quiz for their websites and their stores to help out retail employees and save them time, and to receive insight with our analytics on customer desires and behavior. Needless to say, an educated customer is a better customer. It is important that customers come and leave stores well-informed.
Education: Speaking of education, our website contains educational articles about everything cannabis: from plant to patient and from product to mechanism of action. We regularly publish educational quizzes for people to test their knowledge level. With a free Cannify account, you can find all of our educational quizzes and save your results. We also provide customized courses, and have educated a wide audience varying from industry professionals to CME-accredited courses for healthcare providers. On top of that, our educational videos in dispensaries (in collaboration with our partner, Enlighten) reach customers and retail employees.
One of Cannify’s educational graphics, showing the difference between topical and transdermal product administration
Research: To expand the knowledge on cannabis, performing and especially sharing research is essential. We have already performed and published some of Cannify’s results on descriptive statistics and effect prediction during conferences, as well as a review paper on cannabis therapeutics in a peer-reviewed journal and a book chapter. This year, we expect to co-publish the results of a survey in different sleep patient groups. We collaborated with the Centre of Excellence for Epilepsy and Sleep Medicine in the Netherlands on a peer-reviewed paper from which we expect new research to follow to benefit these patients. We have also co-submitted a grant to study THC and CBD ratios in chronic pain patients: fingers crossed! Another important next step is to test a healthcare provider-specific version of Cannify’s quiz in the clinic once COVID dies down. I want to add that after working in a clinical lab for many years, it is important to combine the results of clinical trials to what people do in real life, which is what we do with Cannify.
And here’s some information on Verdient Science:
Verdient Science is a consulting partnership I have with clinical pharmacologist Dr. Michael Tagen. We provide clinical and translational pharmacology expertise to improve the quality of product development & clinical testing. While both working as independent consultants, we decided from 2018 to start working together to offer better services. Since then, our work has been very variable and includes helping clients set up human studies, advise on FDA submissions, creating course materials, adjusting product pipelines and product development strategies to make them more efficient and cheaper, performed scientific due diligence and much more. When clients want additional services that are beyond our expertise, we are typically able to introduce them to various people per expertise area, or refer them to our partner companies, Complex Biotech Discovery Ventures (CBDV) with Dr. Markus Roggen, and Via Innovations with Dr. Monica Vialpando. A benefit of working with the same partners includes smooth handovers and the feeling of a one stop shop.
CIJ: How does Cannify match available products to consumer needs? Is there an algorithm you developed that matches moods or feelings to cannabinoids or chemical profiles?
Dr. Klumpers: That is a great question and the core of what we do! So back to the Cannify quiz: there are three steps:
Users fill in questions;
A personalized report is generated with the relevant science;
The user gets a product overview with product matching scores.
Another Cannify educational graphic, showing THC distribution throughout the body over time
The report and the matching scores are generated using algorithms that are regularly updated. These algorithms are based on various data sources:
Literature: There is a lot of available literature, and we make sure to select the most relevant and reliable studies;
Raw data: There is only so much one can find in the literature, and lots is hidden in the raw data. Therefore, we piled up data from studies done at various research institutions, including the University of Kentucky and Johns Hopkins University, and used them in our algorithms;
Internal studies: From the thousands of users filling in their results, there is a lot of information that we should learn from. This feedback loop helps us to better understand how the lab relates to real life situations.
CIJ: The world of cannabis research has been historically stymied by red tape, DEA interference and a host of federal regulations. How have you managed to work through all that? Do you have a DEA license? What did it take to get it?
Dr. Klumpers: Luckily, a majority of our research was and is done outside of the US. You still need to obtain the appropriate licenses, but I was perhaps lucky to have filled in every form very thoroughly and we got the licenses within months. The process is quite meticulous, as you need separate licenses for almost every step from manufacturing to administration. An additional complication is that our cannabis is not stored in our own building, but in the hospital pharmacy across the street, involving transport via the public road. Despite the roadblocks, including a legal procedure about this matter that was going on in parallel, I had no major issues getting our work done. For our research in the US, we were lucky to have been working with partners that already have the required license.
Also with publishing, I have never had an issue with the cannabis stigma. Generally, in my field of science, good quality science is very much welcomed and appreciated, and this was even before the time that there were four different cannabis-related journals, as is the case nowadays.
CIJ: Looking to the future, where do you hope to focus your research efforts? Where do you think the cannabis community should be focusing their efforts in the next 5-10 years?
Dr. Klumpers: Besides continuing to analyze the data generated from Cannify, I keep my fingers crossed for the grant application I mentioned earlier on THC and CBD ratios in chronic pain patients. Although we know that CBD is able to influence THC-induced effects, it is not known at what dosages, which ratios and how the effects are related to each other. For example: is CBD able to decrease certain side-effects of THC without decreasing pain-relieving effects?
Whatever is done, wherever in the community: good quality data are keyNext to that, I am also interested in other neurological and psychiatric disorders, and, of course, my Ph.D. love: the cannabinoid antagonists. Sadly, all the research efforts on this compound group were halted more than a decade ago. However, there is a renewed interest. I would love to help turn these compounds into effective and safe medicines.
Regarding the cannabis community: 5-10 years sounds really far away for an industry that is relatively new to many, but a lot has already changed since I started cannabis research more than 14 years ago and time has flown by. Some changes have been positive and others less so. Whatever is done, wherever in the community: good quality data are key. Many companies gather data and even publish them in peer-reviewed journals, but that does not always mean that the data are useful or that the studies were done well. Only a few minor changes to how and which data are gathered, and so much more can be done. What can help with achieving this is to let the right people do the right thing: many call themselves a ‘cannabis scientist’ or ‘cannabis expert’, but that does not mean anything. What has someone truly achieved and what is their exact expertise? A Ph.D. in chemistry is not going to help you in setting up effect studies, neither will I be able to improve your product’s shelf life or extraction yield. Getting the right people in the right place is key. Lastly: the cannabis community should stay critical. The length of one article in Cannabis Industry Journal wouldn’t be enough to lay out all the misconceptions that people have about cannabis. Make sure that those misconceptions do not live on and do not be afraid to admit you don’t know something, irrespective of the branch you work in: only then, can the cannabis community progress to the benefit of all.
This year, many issues have gotten put on a shelf as the world has dealt with the COVID-19 pandemic. The legalization of cannabis in many states has been one of those issues. But this time on pause has given the industry a chance to identify how it would like to move forward as an emerging market that has many benefits across medicine, from mental health to the economy.
For many of these reasons, cannabis use is coming out of the shadows and there has clearly been a shift in recent years from cannabis being an illicit item to becoming a boutique product in many circles. The transition of cannabis’ image from that of the stoner in his parent’s basement to the “it” consumable for the jet set has as much to do about science as it does sophisticated branding.
Approximately 24 million Americans in 2019 have used cannabis, about 10% say they consume it for medical purposes based upon a growing body of evidence supporting the use of medical cannabis for a number of conditions. There are also economic reasons why legalizing cannabis makes sense including increased revenue for the government, job creation and more.
As cannabis becomes legal across America—11 states have adopted laws allowing for recreational use, while 22 others permit only medical cannabis—it’s finally becoming the sprawling business its proponents have long envisioned.
And this has moved the mainstreaming of cannabis in today’s society from a taboo illicit drug to now being openly discussed at dinner tables.
A plant tagged with a barcode and date for tracking
First of all, our hats need to be taken off to the cannabis advocates who over the last 20 years have shaped an emerging industry, educating society and the government on the benefits cannabis can offer based on science.
The global cannabis community has collaborated with regulatory bodies to establish compliance and regulations as a starting point to help the general public understand sourcing products from legal entities is a safer way to get quality product to consume that is not compromised from unregulated producers.
In addition, technology advancements within the cannabis space have led to sophisticated track and trace solutions of raw materials and products through the supply chain. The data captured within these systems allows cannabis brands to tell a compelling authentication story to end consumers based on scientific facts.
This all leads to an emerging market that has open transparency, full traceability and establishing trust with consumers. The early master growers now work hand in hand with designer laboratories, perfecting and protecting their IP. A sophisticated supply chain has been put in place so consumers know where their cannabis was grown and by whom. Consumers understand which strains have been harvested and what hybrid models have been created. This is certainly no longer a bag of weed you purchased from a neighborhood friend, but a complex, innovative industry with established brands that have celebrities, ex-politicians and well know business executives involved now and the advocates that has been leading the charge for over 30 years are still the backbone to educate the masses on the benefits cannabis and hemp will bring to mankind over time.
According to a press release, the University of Colorado at Boulder is offering a new course focused on cannabis science through the Continuing Education program at the university during the upcoming Summer and Fall semesters.
The class is called Modern Cannabis Science and will involve a lot of genetic research. The course is sponsored by the Agricultural Genomics Foundation, a non-profit dedicated to scientific research and education in cannabis. In the press release, they describe the course as meant for students who are well informed, but “seek a deeper appreciation of scientific advancements in cannabis genetics.”
Here’s a snapshot of what students can expect to learn from it:
In Modern Cannabis Science, we will explore the range of Cannabis research currently available covering topics such as evolutionary history and global distribution, sex chromosomes, genetic contribution to chemotype, and analyses to aid law enforcement and forensic investigations. We will examine how genetic data allow us to understand relationships between strains and common categories in the Cannabis genus, and why this is important for breeding, policy-making, and medical purposes.
The press release suggests students who enroll can expect to use this knowledge in the cannabis industry. “For example, a budtender will be able to more accurately recommend strains to users,” reads the press release. “Similarly, medical personnel will more fully understand the relationship between strains, the compounds they produce, and how to properly advise Cannabis patients.”
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