In a press release published on Monday, the American Association for Laboratory Accreditation (A2LA), announced the renewal of accreditation for Global Laboratory Services, Inc. for ISO 17025:2017 in cannabis testing. The laboratory, based in Wilson, North Carolina, becomes first cannabis testing laboratory accredited in that state by adding the industrial hemp testing to their chemical scope of accreditation.
According to Kim Hesse, business development manager at Global Laboratory Services, they plan to expand their services in the hemp market with additional types of hemp testing. “At Global Laboratory Services, we always strive to keep pace with industry needs,” says Hesse. “We saw the need for an accredited laboratory in the hemp industry and therefore added CBD and THC testing to our scope. Our next step is to expand our service offerings to include agrochemical analysis of industrial hemp.”
Adam Gouker, general manager at A2LA, says accreditation plays a vital role in the cannabis industry and its regulatory requirements. “We congratulate Global Laboratory Services on becoming the first cannabis testing laboratory accredited in the state of North Carolina, specifically for industrial hemp,” says Gouker. “A2LA realizes the vital role that accreditation plays in the cannabis industry to support compliance with regulatory requirements, and we are thrilled to see that our service has been adopted in a new state. We look forward to our continued relationship with Global Laboratory Services in the provision of their accreditation needs.”
Secretary Perdue made the announcement in a YouTube video titled “USDA’s Hemp Policy.” Later in the week, an interim final rule formalizing the program will be published in the Federal Register, according to the USDA’s website. “The rule includes provisions for the U.S. Department of Agriculture (USDA) to approve hemp production plans developed by states and Indian tribes including: requirements for maintaining information on the land where hemp is produced; testing the levels of delta-9 tetrahydrocannabinol; disposing of plants not meeting necessary requirements; and licensing requirements,” reads the press release. “It also establishes a federal plan for hemp producers in states or territories of Indian tribes that do not have their own approved hemp production plan.” The interim final rule will go into effect as soon as it is published in the Federal Register, which should be by the end of this week.
You can find a preview of the rule here. The agency has also developed guidelines for sampling and testing procedures, which you can find here. Those documents are meant to provide more information for hemp testing laboratories.
You can watch the YouTube video and read the announcement he made below:
Hello everyone, as I travel across this great country of ours, I hear a lot about a strong interest in a new economic opportunity for America’s farmers: the production of hemp. Which is why today I am pleased to announce the USDA has published the rule establishing the US domestic hemp production program. We said we’d get it done in time for producers to make planning decisions for 2020 and we followed through. We have had teams operating with all hands-on-deck to develop a regulatory framework that meets Congressional intent while seeking to provide a fair, consistent and science-based process for states, tribes, and individual producers who want to participate in this program. As mandated by Congress, our program requires all hemp growers to be licensed and includes testing protocols to ensure that hemp grown under this program is hemp and nothing else. The USDA has also worked to provide licensed growers access to loans and risk management products available for other crops. As the interim final rule, the rule becomes effective immediately upon publication in the federal register. But we still want to hear from you. Help us make sure the regulations meet your needs. That’s why the publication of the interim final rule also includes a public comment period continuing a full and transparent rulemaking process that started with a hemp listening session all the way back in March 2019. At USDA, we are always excited when there are new economic opportunities for our farmers and we hope the ability to grow hemp will pave the way for new products and markets. And I encourage all producers to take the time to fully educate themselves on the processes, requirements and risk that come with any market or product before entering this new frontier. The Agricultural Marketing Service will be providing additional information, resources and educational opportunities on the new program. And I encourage you to visit the USDA hemp website for more information. As always, we thank you for your patience and input during this process.
Both labs are located in Streetsboro, Ohio, becoming A2LA’s first accredited labs in the state. North Coast Testing does cannabis testing for Ohio’s medical cannabis industry, whereas North Coast Analytical does testing for the hemp industry.
Carolyn Friedrich, Ph.D., scientific director at North Coast Testing, says they are excited to help ensure the safety of patients for Ohio’s medical cannabis program. “We are extremely proud of the work of our entire team in rapidly developing and implementing a comprehensive quality management program that can give all participants in the Ohio Medical Marijuana Control Program confidence in the quality and safety of products tested in our laboratory,” says Friedrich.
Nick Szabo, laboratory director at North Coast Analytical, says A2LA went “above and beyond at every step, we greatly appreciate their efforts. Our accreditation by A2LA is a testament to our ability to meet the most rigorous quality management standards in analytical testing of hemp products, and a vote of confidence in our team’s ability to perform at the highest levels.”
Microbial contamination on cannabis products represents one of the most significant threats to cannabis consumers, particularly immunocompromised patients who are at risk of developing harmful and potentially fatal infections.
As a result, regulatory bodies in the United States and Canada mandate testing cannabis products for certain microbes. The two most popular methods for microbial safety testing in the cannabis industry are culture-based testing and quantitative polymerase chain reaction (qPCR).
When considering patient safety, labs should choose a method that provides an accurate account of what is living on the sample and can specifically target the most harmful microbes, regardless of the matrix.
1. The Method’s Results Must Accurately Reflect the Microbial Population on the Sample
The main objective of any microbial safety test is to give the operator an indication of the microbial population present on the sample.
Figure 1: MA data collected directly from plant material before and after culture on 3M petrifilm and culture-based platforms.
Culture-based methods measure contamination by observing how many organisms grow in a given medium. However, not all microbial organisms grow at the same rate. In some cases, certain organisms will out-compete others and as a result, the population in a post-culture environment is radically different than what was on the original sample.
One study analyzed fifteen medicinal cannabis samples using two commercially available culture-based methods. To enumerate and differentiate bacteria and fungi present before and after growth on culture-based media, all samples were further subjected to next-generation sequencing (NGS) and metagenomic analyses (MA). Figure 1 illustrates MA data collected directly from plant material before and after culture on 3M petrifilm and culture-based platforms.
The results demonstrate substantial shifts in bacterial and fungal growth after culturing on the 3M petrifilm and culture-based platforms. Thus, the final composition of microbes after culturing is markedly different from the starting sample. Most concerning is the frequent identification of bacterial species in systems designed for the exclusive quantification of yeast and mold, as quantified by elevated total aerobic count (TAC) Cq values after culture in the total yeast and mold (TYM) medium. The presence of bacterial colonies on TYM growth plates or cartridges may falsely increase the rejection rate of cannabis samples for fungal contamination. These observations call into question the specificity claims of these platforms.
The Live Dead Problem
Figure 2: The enzyme is instantaneously inactivated when lysis buffer is added
One of the common objections to using qPCR for microbial safety testing is the fact that the method does not distinguish between live and dead DNA. PCR primers and probes will amplify any DNA in the sample that matches the target sequence, regardless of viability. Critics claim that this can lead to false positives because DNA from non-viable organisms can inflate results. This is often called the Live-Dead problem. However, scientists have developed multiple solutions to this problem. Most recently, Medicinal Genomics developed the Grim Reefer Free DNA Removal Kit, which eliminates free DNA contained in a sample by simply adding an enzyme and buffer and incubating for 10 minutes. The enzyme is instantaneously inactivated when lysis buffer is added, which prevents the Grim Reefer Enzyme from eliminating DNA when the viable cells are lysed (see Figure 2).
2. Method Must Be Able to Detect Specific Harmful Species
Figure 3: The team spiked a known amount of live E. coli into three different environments
Conversely, qPCR assays, such as the PathoSEEK, are designed to target DNA sequences that are unique to pathogenic Aspergillus species, and they can be run using standard qPCR instruments such as the Agilent AriaMx. The primers are so specific that a single DNA base difference in the sequence can determine whether binding occurs. This specificity reduces the frequency of false positives in pathogen detection, a frequent problem with culture-based cannabis testing methods.
Additionally, Medicinal Genomics has developed a multiplex assay that can detect the four pathogenic species of Aspergillus (A. flavus, A. fumigatus, A. niger, and A. terreus) in a single reaction.
3. The Method Must Work on Multiple Matrices
Figure 4: The team also placed TSB without any E. coli onto a petrifilm to serve as a control.
Marijuana infused products (MIPs) are a very diverse class of matrices that behave very differently than cannabis flowers. Gummy bears, chocolates, oils and tinctures all present different challenges to culture-based techniques as the sugars and carbohydrates can radically alter the carbon sources available for growth. To assess the impact of MIPs on colony-forming units per gram of sample (CFU/g) enumeration, The Medicinal Genomics team spiked a known amount of live E. coli into three different environments: tryptic soy broth (TSB), hemp oil and hard candy. The team then homogenized the samples, pipetted amounts from each onto 3M™ Petrifilm E. coli / Coliform Count (EC) Plates, and incubated for 96 hours. The team also placed TSB without any E. coli onto a petrifilm to serve as a control. Figures 3 and 4 show the results in 24-hour intervals.
Table 1: DNA was spiked into various MIPs
This implies the MIPs are interfering with the reporter assay on the films or that the MIPs are antiseptic in nature.
Many MIPs use citric acid as a flavoring ingredient which may interfere with 3M reporter chemistry. In contrast, the qPCR signal from the Agilent AriaMx was constant, implying there is microbial contamination present on the films, but the colony formation or reporting is inhibited.
Table 3: SenSATIVAx DNA extraction can successfully lyse the cells of the microbesTable 2: Different numbers of DNA copies spiked into chocolate
This is not an issue with DNA-based methods, so long as the DNA extraction method has been validated on these matrices. For example, the SenSATIVAx DNA extraction method is efficient in different matrices, DNA was spiked into various MIPs as shown in Table 1, and at different numbers of DNA copies into chocolate (Table 2). The SenSATIVAx DNA extraction kit successfully captures the varying levels of DNA, and the PathoSEEK detection assay can successfully detect that range of DNA. Table 3 demonstrates that SenSATIVAx DNA extraction can successfully lyse the cells of the microbes that may be present on cannabis for a variety of organisms spiked onto cannabis flower samples.
You have to give it to this industry. Everyone wants in. And well, Prohibition is so over.
The problem is, particularly here in Europe, for the most part, this is either the tedious process of educating doctors, creating medical grade product that insurers will pay for, or of course, trials to look forward to in the immediate future.
In other words, decidedly less colorful (or at least in the North American sense) if not at lower volume than other places.
In the meantime, particularly filtered via American and Canadian coverage and industry success stories, the British are succumbing to the green magic any way they can.
The structure of cannabidiol (CBD), one of 400 active compounds found in cannabis.
Low-THC, CBD products as a result, are flourishing in a way that seems a bit like the “Colorado of Europe.” The early days. When all sorts of strange stories about processing leaked out of the first legalizing state market in the U.S. It is shocking to European eyes, in particular, of late.
“CBD” is, literally, everywhere.
For those with other kinds of experience in the world of cannabis, however, it is both slightly sad and slightly exhilarating. The Brits have the cannabis bug. But they seem a bit lost on where to go next.
What Is The Deal In The UK?
Regulations are weird here. You cannot use the flower of any cannabis flower (including those with under the requisite amount of THC) – also known as hemp. The novel food discussion is lost.
Regardless, there are clearly plans afoot, particularly on the corporate farming level, to begin a transformation of crops to include cannabis sometime soon. And far beyond the farmers, the boys in the city are getting hot under the collar for this kind of green.
London is also turning into (rather predictably) a center of all things cannabis equity.
There are already more specialty funds planning to list on London exchanges than anywhere else in Europe.
Image credit: Flickr
But is this all that surprising?
In the midst of Brexit, a failing NHS, and a society at odds with itself like no time since the 1970’s, the British are facing the cannabis revolution with anything but a stiff upper lip.
When it comes to all things cannabinoids, at least on the CBD side, no matter the odd police raid on a health food store or crunchy vegan experiment on land not protected by the rights of an inherited “country pile”, the cannabis horse, certainly of the broadly stroked CBD variety, is out of the barn.
But What Does this Really Mean?
For the moment? As globally financed companies set up in the UK for all kinds of cannabis trials, the CBD market here is taking on an oddly Bulldog twist.
There is more of a cottage industry of all kinds of CBD products unseen elsewhere in Europe (including from the U.S.). Labeling, testing and sourcing are largely a matter of hit or miss. And just like everywhere else, desperate, sick, depressed people (or those who fear becoming that way) are turning to the CBD miracle to fix a range of conditions.
The problem is that a lot of this is pure snake oil.
Yes, high quality, medical grade CBD does work as a stabilizer (just like THC). But not every oil containing some measure of highly diluted (or worse, contaminated) cannabinoid extract, is the panacea that cannabis offers.
Bottom line? The CBD market in the UK is sort of like Swiss Lite. There are medical trials in the offing, but the country is also in the middle of a constitutional crisis. There are many regulations, and of a bit more fundamentally intrinsic kind, on the line right now. Cannabis is in the room. But so is the Irish Border (the largest if not most existential sticking point in the never-ending Brexit negotiations).
Investing In The UK CBD Market
There are investors who are clearly examining the market, and a few big deals so far, but the vast majority of money flowing into the UK is going into its more flexible (if not frothy) equity market. The British, in other words, may be flailing a bit on domestic implementation, but equity funds in London are in touch with global investors on this issue – even if that money then flows back into Europe.
According to a press release published earlier this week, A2LA announced the accreditation of two separate cannabis laboratories in two separate states; both are the first cannabis testing labs accredited in their states. Demeter Laboratory, based in Oklahoma City, Oklahoma, and Galbraith Laboratories, based in Knoxville, Tennessee, achieved the ISO 17025:2017 accreditation.
According to Cassy VanTassel, M.S., quality manager at Demeter Laboratory, Oklahoma is still developing and defining their regulatory framework for cannabis testing requirements. “Even though the State of Oklahoma is still establishing regulations and legislation, Demeter will always strive to meet the highest quality standards, so our customers know they are getting the best quality testing,” says VanTassel. “Demeter chose A2LA as its Accreditation Body due to their reputation in the industry, their diverse clientele, and the quality of their assessors.”
In Tennessee, Galbraith Labs is looking to aid the hemp industry in product safety testing. Christy Myers, customer service manager at Galbraith Laboratories, says they want to help farmers produce safe hemp products. “We are proud of our commitment to stay current within our industry and achieve the high standards set by A2LA,” says Myers. “Adding cannabis testing to our line of services was a great opportunity for Galbraith Laboratories to serve the community by helping farmers produce safe and legal hemp.”
Galbraith Labs was founded in 1950 as a contract lab in Knoxville serving many industries. With their newly established accreditation, they hope to aid the cannabis industry in Tennessee with hemp testing. Demeter Laboratory is the first medical cannabis lab in Oklahoma. Their goals include “advancing quality controls in medical cannabis, supporting safe consumption of cannabis and ensuring the transparency of the cannabis community.”
According to a press release issued last week, the American Association for Laboratory Accreditation (A2LA) accredited Legend Technical Services to ISO/IEC 17025:2005 for industrial hemp testing. Legend Technical Services, based in St. Paul, Minnesota, is currently the only accredited cannabis testing in the state.
The lab is now accredited for medical cannabis testing as well as all industrial hemp testing for the Minnesota Department of Agriculture. Trace McInturff, Vice President of Accreditation Services, says Legend Technical Services has been a customer of A2LA for ten years now. “As the only hemp testing laboratory recognized by the Minnesota Department of Agriculture, we are proud they have chosen to expand their A2LA accreditation to include hemp testing,” says McInturff. “We are also very proud to add yet another state to the ever-growing list of states that are relying upon A2LA as their accreditation body.”
The 2018 Farm Bill gave cannabis businesses around the country a legal path to market and sell hemp and hemp-derived products. Despite the groundbreaking law, several regulatory uncertainties remain. The FDA has been a source of many of those uncertainties, but recent action suggests that the agency plans to impose heavy burdens on companies selling CBD products that claim to provide health benefits. Recently, the FDA held a public hearing during which it signaled that health claims associated with cannabis-related products was a primary concern. Congress subsequently pressured the FDA to develop a regulatory framework for the cannabis industry and the agency announced that it was expediting its efforts to do so, promising an update on its progress by this fall.
Then, on July 22, the agency issued a warning letter to Curaleaf regarding its claims that several of its products provide specific health benefits. The agency included a threat to seize Curaleaf’s products if the issues raised in the letter are not resolved. How the FDA ultimately regulates cannabis products going forward will have a significant impact on the industry as a whole. Indeed, the agency has significant powers over product manufacturers, including the ability to seize products through the U.S. Marshalls. This article will delve into the specifics on the FDA’s warning letter and address how manufacturers can limit the risks associated with making health-related claims.
The FDA’s Warning: Beware of “Unsubstantiated” Health Claims
“CBD has been demonstrated to have properties that counteract the growth of [and/or] spread of cancer.”
“CBD was effective in killing human breast cancer cells.”
“CBD has also been shown to be effective in treating Parkinson’s disease.”
“CBD has been linked to the effective treatment of Alzheimer’s disease ….”
“CBD is being adopted more and more as a natural alternative to pharmaceutical-grade treatments for depression and anxiety.”
“CBD can also be used in conjunction with opioid medications, and a number of studies have demonstrated that CBD can in fact reduce the severity of opioid-related withdrawal and lessen the buildup of tolerance.”
“CBD oil is becoming a popular, all-natural source of relief used to address the symptoms of many common conditions, such as chronic pain, anxiety … ADHD.”
“What are the benefits of CBD oil? …. Some of the most researched and well-supported hemp oil uses include …. Anxiety, depression, post-traumatic stress disorders, and even schizophrenia …. Chronic pain from fibromyalgia, slipped spinal discs . . . Eating disorders and addiction . . ..”
“[V]ets will prescribe puppy Xanax to pet owners which can help in certain instances but is not necessarily a desirable medication to give your dog continually. Whereas CBD oil is natural and offers similar results without the use of chemicals.”
“For dogs experiencing pain, spasms, anxiety, nausea or inflammation often associated with cancer treatments, CBD (aka cannabidiol) may be a source of much-needed relief.”
The letter explicitly warned, “Failure to correct the violations promptly may result in legal action, including product seizure and injunction.” The FDA has a history of seizing products it deems non-compliant with its regulations. Recently, the U.S. Marshals, at the direction of the FDA, seized 300,000 units of a cosmetic company’s product. The impact of such a seizure on a business’ profits and operations is staggering. FDA action also has a direct impact on publicly traded cannabis companies’ stock price. When news of the FDA’s Curaleaf letter circulated, Curaleaf shares plunged 8%.
Balancing Regulatory Risk and Business Objectives
While the FDA’s letter appears to create a new risk for the cannabis industry, the stock market’s reaction is arguably overblown. The fact that the FDA would question a product’s ability to kill cancer cells is not surprising. I am not familiar with Curaleaf’s research efforts and it is not my goal to pass judgment on their claims. Rather, my point is that manufacturers need to make sure legitimate scientific studies underpin all of their health claims, regardless of the industry. Manufacturers will never be able to avoid regulatory scrutiny or even litigation regarding their health claims entirely. Instead, cannabis companies should take steps to ensure that they can credibly respond to regulatory scrutiny or present strong defenses in potential litigation. Establishing a robust research department is a start. But manufacturers must develop institutional knowledge of the most cutting-edge research regarding their products.Developing in-depth institutional knowledge regarding the state-of-the-art scientific research on your product is a must.
Manufacturers that market products primarily for their health benefits should consider working with clinical researchers to study their products. There should be written policies and guidelines, as well as employee training, for conducting these studies and dealing with researchers in order to protect the quality of the study. For purposes of mitigating regulatory and litigation risks, the perceived quality of these studies can be just as important as their actual quality. Regulators and plaintiff’s attorneys can easily misinterpret (sometimes intentionally) written communications between a manufacturer and researcher in ways that suggests a particular study was outcome-driven and not a legitimate scientific undertaking. Manufacturers should consult with attorneys experienced in defending product liability and mass tort litigation so that their labeling and research practices are based on historical examples of successful (and sometimes, unsuccessful) product manufacturers.
Key Takeaways
Manufacturing consumer products comes with substantial litigation and regulatory risks. There are several historical and current examples of product labels, health claims, and warnings leading to thousands of lawsuits filed simultaneously across the country against a single manufacturer. Fees associated with defending against even meritless claims can force a manufacturer into bankruptcy. The regulatory risks can also have devastating effects on the day-to-day business operations of any manufacturer. Eliminating these risks is impossible, but addressing them upfront before a product launch, regulatory crackdown, or lawsuit is considerably less expensive than dealing with costly litigation or government seizure of entire inventories. Developing in-depth institutional knowledge regarding the state-of-the-art scientific research on your product is a must. Also, consider working with a clinical researcher to support any claimed health benefits or even discover new health benefits associated with your product. Finally, consult a lawyer with experience in product liability and mass tort litigation to strengthen your policies and procedures regarding research, develop credible health claims, and craft strong warnings.
The Agriculture Improvement Act of 2018 legalized the growth, sales and transportation of industrial hemp across state lines. Although it looks identical to other types of cannabis, this cannabis plant contains less than 0.3 percent THC, and can be used to make building insulation, beauty products, car dashboards and more. Most significantly for farmers, it can serve as an ideal rotational crop because of its ability to reduce soil toxicity.
Until this update to the Farm Bill, hemp was considered a controlled substance and few U.S. farmers were granted rights to plant and harvest it. Now, the agricultural commodity is expected to raise the crop’s already growing GDP to that of liquor and beer sales and some estimate it should reach $20 billion in as little as five years.
Agribusinessesand farmers alike will now be looking to secure processors and other commodity buyers ahead of planting industrial hemp and purchasing the necessary equipment for its harvest. Because hemp can be grown in any climate, it may be especially attractive to tobacco growers and dairy farmers who have been less profitable as of late.
Now that it’s been legalized, what’s the risk?
As more agribusinesses and farmers look to confirm viability of industrial hemp growth, potential liabilities will surface. The 2018 Farm Bill left many questions unanswered. Here are a just a few FAQs:
Question: Can I just add hemp to my crop rotation, or is additional insurance required?
Answer: The standard multi-peril crop insurance policy DOES NOT provide coverage for planting hemp, or endorsements for its storage and transportation- yet. Instead, industrial hemp must be insured on separate private policies for: harvest, extreme weather and crop storage and transportation. There’s a strong push to get industrial hemp into the federal crop insurance program as early as crop year 2020. As hemp planting, harvesting, storage and transportation become more understood and predictable, new policy options will likely become available. Inquire about new coverage options at your next annual renewal.
Q: How will the FDA regulate industrialized hemp?
A: The FDA will develop rules and regulations on industrial hemp throughout 2019, and will be ready for rollout during the 2020 crop year. Because it’s impossible to distinguish a cannabis plant with THC from an industrial hemp plant in the field, crop lifecycle testing and documentation will likely be required. The question remains if this testing and documentation will be incumbent on the farm/agribusiness, or FDA agents. Some states are further along in this process and have already hired testing and compliance officers.
Q: How can farmers ensure that the THC content of their plants does not exceed .3%?
A: Farmers must have a contingency plan for monitoring their hemp’s THC content which should include employing a seasoned agronomist who can institute controls, keep plants properly hydrated and create a plan to maintain optimal THC levels. In the heat of the summer, THC levels typically remain low, but rise with cold and rain. Should there be a local cold spell, high rainfall, or if the hemp plant was seeded late in the season and the harvest runs into the fall, THC levels could rise quickly. When this happens, farmers will have to chop down the plant to control the level and harvest the plant’s flower before its next THC test.As with any emerging market, there is still a lot of doubt surrounding the growth and sales of industrial hemp, as many risks are unknown.
Q: Can I transport hemp across state lines to a processor in another state?
A: On paper, industrial hemp is legal across all 50 states, and therefore can be transported across state lines and sold as any other commodity. In reality, though, hemp is undistinguishable from cannabis to the naked eye, and therefore, shipping an entire biomass directly from the field across state lines has a good chance of being confiscated.
When hemp is confiscated on the side of the road – even if it is eventually returned – there could be significant lag in delivery, storage is uncertain and quality control can’t be maintained. Alternatively, farmers are now shipping their hemp in smaller, unmarked loads, which is forcing them to hold onto product for longer than usual.
As with any emerging market, there is still a lot of doubt surrounding the growth and sales of industrial hemp, as many risks are unknown. On the flip side, industrial hemp offers small farmers and agribusinesses alike an unprecedented opportunity to get in at the ground floor of a new crop. If you do, make sure to work with your insurance broker to secure proper coverage immediately.
The health claims in question appear to be removed from their website and social media accounts. In the warning letter, the FDA cites numerous claims made on Curaleaf’s website, Twitter and Facebook accounts. You can check out the health claims they found here, but it’s essentially a list of instances where Curaleaf said their products can be used to treat specific conditions. They claimed their CBD vape pen can be used for chronic pain and said another one of their products is a “[S]oothing tincture for chronic pain.”
For most of the health claims the FDA cited, it appeared they were articles or blog posts on Curaleaf’s website. Take a look at some examples of statements that should not be posted on a CBD products website (taken from the warning letter found here):
“CBD has also been shown to be effective in treating Parkinson’s disease.”
“CBD has been linked to the effective treatment of Alzheimer’s disease . . ..”
“CBD is being adopted more and more as a natural alternative to pharmaceutical-grade treatments for depression and anxiety.”
“CBD can also be used in conjunction with opioid medications, and a number of studies have demonstrated that CBD can in fact reduce the severity of opioid-related withdrawal and lessen the buildup of tolerance.”
“CBD has been demonstrated to have properties that counteract the growth of spread of cancer.”
“CBD was effective in killing human breast cancer cells.”
“Heart disease is one of the leading causes of death in the United States each year, and CBD does a number of things to deter it. The two most important of these are the ability to lower blood pressure, and the ability to promote good cholesterol and lower bad cholesterol.”
While the FDA is expediting their push to roll out hemp and CBD regulations, companies should still be cautious when marketing their products for interstate commerce. Dr. Amy Abernathy, Principal Deputy Commissioner and Acting CIO, said in a series of tweets earlier this month that the FDA is eager to get to work and plans to report on their progress by the end of summer. The public hearing they held back in May helped jumpstart their efforts to begin investigating regulation of the market.
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According to Kim Hesse, business development manager at Global Laboratory Services, they plan to expand their services in the hemp market with additional types of hemp testing. “At Global Laboratory Services, we always strive to keep pace with industry needs,” says Hesse. “We saw the need for an accredited laboratory in the hemp industry and therefore added CBD and THC testing to our scope. Our next step is to expand our service offerings to include agrochemical analysis of industrial hemp.”
