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Upside Down Blueberry Muffin
Classic blueberry muffins are perfect for breakfast on the go, but for a lazy breakfast or brunch, this upside down format presents the opportunity to grab a plate and slow down. It’s served warm, with a thick layer of jammy fruit over a light and tender muffin base that’s scented with a pinch of lemon zest. Even better, the dry “mix” can be held overnight at cool room temperature, then pulled together in about 5 minutes when you’re ready to bake.
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Berlin’s ICBC: Meeting the European Cannabis Industry
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The International Cannabis Business Conference (ICBC) in Berlin is now officially over. The speeches have been made, the parties have been attended. The hard-working crew behind it all has wrapped up, checked out and is off to Vancouver. And most of all, the marathon of meetings and deal discussions that were the mark of this budding and certainly by now established market are done. Even if there are still details to be ironed out in all the new business in the coming months.
As always, the dilemma for conference attendees was how to spend the limited time in this concentrated cannabis gathering. With all of the networking and excitement, people still wanted to hear the experts who spoke on topics ranging from cannabis financing to actually doing business in Germany to new medical advances. Traffic in the expo section was also heavy, as attendees visited the wide range of vendors. Producers and distributors of both plant and derived product were present, along with vape companies brave enough to compete with Storz and Bickel on their own turf, various tech solutions and of course, international consultants.
As the dust clears and the contracts get signed, what are the takeaways from the second edition of the ICBC in Berlin?
Germany Is Going Green
The simplest takeaway? The ICBC Berlin is not a market to be missed in the future for the global cannabis executive. Even if you are an American firm (and for the most part still largely excluded from a rapidly expanding worldwide trade that is establishing itself now with authority), you need to be here. The contacts you make are global, and you do not want to be left out. For foreign investors interested in this market, it is a must. For everyone else, this is a meet and greet, not to mention education, barnone. The German medical and even prosumer CBD market is attracting the world.
Yes, there have been ups and downs even in the last three weeks that include the crashing of the German bid along with news stateside that the Trump Administration is going to hang Jeff Sessions out to dry for Russia with his latest “Make American States Great For Cannabis Again” contortion.
But here on the other side of the Atlantic, it is clear that the federal cannabinoid horse has left the barn. There are now rumorsfloating that the bid is not yet entirely dead (now apparently in a legal purgatory of appeals and even potentially “bid amendments”) that nobody is willing to go on record to discuss. Beyond that, however, as was clear from the frenzied deal-makingon the floor and off it at the ICBC, the market is open, distributors are finding new channels to move product, and patients demanding access are not leaving the streets.
Far from it. In fact, the budding nascent umbrella national non-profit campaign designed to open access for patients and educate doctors, The German Patients Roundtable, had a huge second meeting during the conference, with both German and international attendees from countries including Israel and South Africa.
The CBD and THC genie cannot be stuffed back into the local bottle. And everyone knows it. This is federal medical reform, and even better, covered under German national public health insurance. Despite the hiccups and challenges that still remain, this is open blue water for a medical market that has never existed anywhere to date.
Anyone with a GMP facility, Euro cleared export rights and crop or product ready to ship will be welcome here in a market that at this point, cannot get enough plant or oil. Edibles are still a to-come discussion.
To the extent that this is also negative, it is very clear that the market is still highly inefficient. Producers who do have productare not being found by those on the ground who want to sell it to patients. That will also begin to change. But for now, many on the ground are playing a digitalized Rolodex game of “who do you know” that still consists of personal emails between conference-met colleagues if not LinkedIn contacts and impromptu (and freebie) favors. Those who hope to gain an income merely by connecting the source of product and outlets the old fashioned way are also about to be left in the dust by a market that will not be held back and activist businesses who are eyeing both the United States and Canada right now (if not Israel and Australia), and translating all of that into both euros and German.
It is also very clear that the savvy Germans who were largely left out of the bid proceedings last time do not mean to sit this party out – and are angling to get into the game however they can. This is taking some interesting forms, but processing and testing are going to be huge issues of the market here for a long time to come. And so is home-grown, high-quality CBD. The German government is even offering tax credits for growing certain kinds of hempright now. Sound familiar Kentucky?
Trends and Takeaways
It is not just the Canadians who are going to get market share. The Canadian LPs are still in a good position to dominate the early market but it is clear that there is still room for others to enter. Whether the government allows an appeal of the court’s decision to hold up, there is a quick bid “redo” for the top 10 finalists, or a second bid, the market has now arrived and is in its second year.
CBD is going to be an important path to other kinds of provision and cultivation. Despite the widespread misconceptions about Germany being a “CBD only” market (it is not), it is clear that a consumer CBD only strategy will be an interesting path into the market here but not one for the faint of heart. The Canadian companies in particular are beginning to move into the realm of big pharma (their market caps certainly are). But it is also clear that more local competition is hip to the same. And as a result, even this part of the market will be a highly competitive one.
German firms are first at this gate, beyond the big Canadian LPs, but they are not the only ones now in the market. See Dutch, Austrian and Swiss firms, many with pharmaceutical company credits and market entry already under their belt. Not to mention producers from both Greece and the Baltics. Everyone on the import side is eyeing the opening market and stalled bid as a fantastic opportunity. Look for products from these locales as testing and certification protocols become more effective.
Central to all of these developments? The conference is theplacefor the global cannabis industry to meet and get to know one another, put together by Alex Rogers and a seasoned, international team behind the ICBC.
The post Berlin’s ICBC: Meeting the European Cannabis Industry appeared first on Cannabis Industry Journal.
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The Other Side of Cannabis: Terpenes
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Have you ever wondered why all beers have that strong, characteristic smell? Or why you could tell the smell of cannabis apart from any other plant? The answer is simple – terpenes.
These 55,000 different molecules are responsible for a majority of the odors and fragrances around us, from a pine forest, to the air diffuser in your house 1–3. They all share the same precursor, isoprene, and because of that, they are all related and have similar molecular structures. Unfortunately, it is this uncanny similarity that makes their analysis so challenging; we still lack a complete list of which terpenes expected to be found in each given plant species 1,2.
Many different methods have been developed in an effort to provide a time-optimized and straightforward analysis. Gas chromatography (GC) is usually center stage due to the volatility of the terpenes. Therefore, there is significant concern with the type of GC detector used 2.
The flame ionization detector (FID) is a good quantitative detector for GC, but qualitatively it does not provide any information, except for retention time; the differentiation between terpene species is achieved solely by use of retention indices (RI), which are based on elution times from a particular GC stationary phase. The best part of the FID is its low cost, reliability, and relatively easy interface, which make it an effective tool for quality control (QC) but less so with respect to research and discovery 2.
The primary choice for a research setting is the mass spectrometer (MS) detector. It is more expensive and complicated than FID, but importantly, it provides both good quantitative capabilities, and it provides mass spectra for each species that elutes from the chromatograph. However, for terpene analysis, it may still not be the best detector choice. Since terpene class molecules share many structural and functional similarities, even their fragmentation and sub-sequential identification by MS may lead to inconsistent results, which need to be confirmed by use of RI. Still, MS is a better qualitative analysis tool than the FID, especially for distinguishing non-isobaric terpenes 2.
Recently, new technology based on vacuum ultraviolet spectroscopy (VUV) has been developed as a new GC detector. The VUV detector enables analysis of virtually all molecules; virtually all chemical compounds absorb light in the range in the 125-240 nm wavelength range probed by the detector, making it an essentially universal detector 4–11. Previously, spectroscopic absorption detectors for GC have lacked sufficient energy to measure absorption of most GC-amenable species. The VUV detector fills a niche, which is complementary to MS detection in terms of the qualitative information it provides.
With the VUV detector, each compound exhibits its own unique absorbance spectrum. Even isomers and isobars, which are prevalent in terpene mixtures and can be difficult to distinguish different species by their electron ionization mass spectra, can be well differentiated based on their VUV spectra 6,9,10. Nevertheless, because analytes exhibit different spectra, it is not required to achieve a perfect chromatographic separation of the mixture components. Co-eluting peaks can be separated post-run through the use of library spectra and software inherent to the instrument 4,10. This ability is called “deconvolution”, and it is based on the fact that two co-eluting terpenes will give a peak with an absorbance spectrum equal to the sum of the two single absorbance spectra 4. Figure 1 shows the deconvolution process for two co-eluting terpenes, camphor and (-)-isopulegol. Due to their different absorbance spectra (Figure 1C), it is possible to fully separate the two peaks in post-run, obtaining sharp peaks for both analytes 6.
The deconvolution process has been shown to yield precise and accurate results. Thus, chromatographic resolution can be sacrificed in favor of spectroscopic resolution; this enables the development of methods with faster run times. With the ability to deconvolve unresolved peaks, a long temperature ramp to chromatographically separate all isomeric terpenes is not required 6. Additionally, the presence of coeluting components, which might normally go undetected with some GC detectors, can be easily judged based on comparison of the measured spectra with pure reference spectra contained in the VUV spectral library.
The other issue in terpenes analysis is the extraction process. Terpenes can be extracted with the use of solvents (e.g., methanol, ethanol, hexane, and cyclohexane, among others), but the process is usually time-consuming, costly and not so environmentally-friendly 2. The plant needs to be manually crushed and then aliquots of solvent are used to extract components from the plant, ideally at least 3 times and combined to achieve acceptable results. The problem is that some terpenes may respond better to a certain solvent, making their extraction easier and more optimized than for others 2. The choice of solvent can cause discrimination against the extraction some terpenes, which limits the comprehensiveness of analysis.
Headspace is another technique that can be used for the sample preparation of terpenes. Headspace sampling is based on heating the solid or liquid sample inside a sealed vial, and then analyzing the air above it after sufficient equilibration. In this way, only volatile analytes are extracted from the solid/liquid sample into the gas phase; this allows relatively interference-free sampling 12–14.
How do we know whether our extraction analysis methods are correct and comprehensive for a certain plant sample? Unfortunately, there is not a complete list of available molecules for each plant species, and even if two specimens may smell really similar to our nose, their terpenes profiles may be notably different. When working with a new plant material, it is difficult to predict the extraction efficiency for the vast array of terpenes that may be present. We can only perform it with different extraction and detection methods, and compare the results.
The route for a comprehensive and fast analysis of terpenes is therefore still long; however, their intoxicating aromas and inherent medicinal value has provided a growing impetus for researchers around the world. Considering the evolving importance of Cannabis and the growing body of evidence on the synergistic effects between terpenes and cannabinoids, it is likely that newly improved extraction and analysis methods will be developed, paving the way for a more complete list of terpene species that can be found in different cultivars. The use of new analytical technologies, such as the VUV detector for GC, should aid considerably in this endeavor.
 Breitmaier E., Terpenes: Flavors, Fragrances, Pharmaca, Pheromones. John Wiley & Sons 2006.
 Leghissa A., Hildenbrand Z. L., Schug K. A., A Review of Methods for the Chemical Characterization of Cannabis Natural Products. J. Sep. Sci.2018, 41, 398–415 .
 Benvenuto E., Misra B. B., Stehle F., Andre C. M., Hausman J.-F., Guerriero G., Cannabis sativa: The Plant of the Thousand and One Molecules. Front. Plant Sci2016, 719, DOI: 10.3389/fpls.2016.00019.
 Schug K. A., Sawicki I., Carlton D. D., Fan H.,Mcnair H. M.,Nimmo J. P., Kroll P.,Smuts J.,Walsh P., Harrison D., Vacuum Ultraviolet Detector for Gas Chromatography. Anal. Chem.2014, 86, 8329–8335 .
 Fan H.,Smuts J., Walsh P.,Harrison D., Schug K. A., Gas chromatography-vacuum ultraviolet spectroscopy for multiclass pesticide identification. J. Chromatogr. A2015, DOI: 10.1016/j.chroma.2015.02.035.
 Qiu C.,Smuts J., Schug K. A., Analysis of terpenes and turpentines using gas chromatography with vacuum ultraviolet detection. J. Sep. Sci.2017, 40, 869–877 .
 Leghissa A., Smuts J., Qiu C., Hildenbrand Z. L., Schug K. A., Detection of cannabinoids and cannabinoid metabolites using gas chromatography-vacuum ultraviolet spectroscopy. Sep. Sci. Plus2018, 1.
 Bai L.,Smuts J., Walsh P., Fan H., Hildenbrand Z., Wong D., Wetz D., Schug K. A., Permanent gas analysis using gas chromatography with vacuum ultraviolet detection. J. Chromatogr. A2015,1388, 244–250 .
 Skultety L., Frycak P., Qiu C.,Smuts J., Shear-Laude L., Lemr K., Mao J. X., Kroll P., Schug K. A., Szewczak A., Vaught C., Lurie I., Havlicek V., Resolution of isomeric new designer stimulants using gas chromatography – Vacuum ultraviolet spectroscopy and theoretical computations. Anal. Chim. Acta2017, 971, 55–67 .
 Bai L., Smuts J., Walsh P., Qiu C., McNair H. M., Schug K. ., Pseudo-absolute quantitative analysis using gas chromatography–vacuum ultraviolet spectroscopy–a tutorial. Anal. Chim. Acta2017, 953, 10–22 .
 Schenk J., Nagy G., Pohl N. L. B., Leghissa A., Smuts J., Schug K. A., Identification and deconvolution of carbohydrates with gas chromatography-vacuum ultraviolet spectroscopy. J. Chromatogr. A2017, 1513, 210–221 .
 Van Opstaele F., De Causmaecker B., Aerts G., De Cooman L., Characterization of novel varietal floral hop aromas by headspace solid phase microextraction and gas chromatography-mass spectrometry/olfactometry. J. Agric. Food Chem.2012, 60, 12270−12281 .
 Hamm S., Bleton J., Connan J., Tchapla A., A chemical investigation by headspace SPME and GC-MS of volatile and semi-volatile terpenes in various olibanum samples. Phytochemistry2005,66, 1499–1514 .
 Aberl A., Coelhan M., Determination of volatile compounds in different hop Varieties by headspace-trap GC/MS-in comparison with conventional hop essential oil analysis. J. Agric. Food Chem.2012, 60, 2785−2792 .
Pennsylvania Adjusts Medical Cannabis Program
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On Monday, Pennsylvania Health Secretary Dr. Rachel Levine announced plans to allow patients access to whole plant, dried flower, as well as more qualifying conditions. The move reverses the previous rule permitting dispensaries to sell only processed forms of cannabis, which some say limited access and kept costs high for patients.
According to the Marijuana Policy Project (MPP), the Department of Health approved changes to the program at a hearing on Monday, which were recommended by the Advisory Board last week. While smoking remains theoretically prohibited, patients can now access the flower for vaporization.
The medical cannabis program in Pennsylvania has only been functional for a few months now; patients began getting access to the drug back in February of 2018. In a press release, MPP says only a small number of cultivators and dispensaries are currently operating. This fact, coupled with the need to purchase processed forms of cannabis, has created product shortages and costly medicine for patients.
It is expected that this move could help alleviate some of those problems in the state’s new program. “Allowing cannabis in its natural, flower form and expanding the list of qualifying conditions will have a huge positive impact on seriously ill Pennsylvanians,” says Becky Dansky, legislative counsel for the Marijuana Policy Project, who helped lead the legalization effort in Pennsylvania’s legislature. “By being able to provide medical marijuana in plant form, producers will be able to get medicine into the hands of patients much more quickly and for much lower cost to patients,” says Dansky. “This is vitally important for patient access right now while the program is still getting off the ground and production is not yet at full capacity. We hope these rules are promulgated as quickly as possible so even more patients will be able to find relief.”
The qualifying conditions added to the list for patients seeking medical cannabis is set to include cancer remission therapy as well as opioid-addiction therapy, which are two very notable additions. With more qualifying conditions and a potentially cheaper form of medicine, these changes could improve the program’s efficacy in treating patients.
Statins save lives of people with high levels of LDL cholesterol
Cholesterol-lowering drugs are more likely to save thousands of additional lives when used in people with higher levels of LDL cholesterol, or ‘bad’ cholesterol, according to a new study.
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Massachusetts Prepares for Adult-Use
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Last month, the Cannabis Control Commission, the regulatory body overseeing Massachusetts’ newest industry, finalized their regulations for the market. At the beginning of this month, the state began accepting applications for business licenses. Now with the full implementation of adult-use sales on the horizon, businesses, regulators, consumers and local governments are preparing themselves for the legalization of adult-use cannabis. Sales are expected to begin June 1st.
On March 29th, the Cannabis Control Commission announced their finalized rules were filed, published and took effect. Leading up to the filing, the Commission reports they held 10 listening sessions, received roughly 500 public comments and conducted 7 hearings for roughly 150 policy decisions. The license categories that businesses can apply for include cultivator, craft marijuana cooperative, microbusiness, product manufacturer, independent testing laboratory, storefront retailer, third-party transporter, existing licensee transporter, and research facility, according to the press release.
What separates Massachusetts’ rules from other states’ rules are a few of the license categories as well as environmental regulations, as Kris Kane highlights in this Forbes article. Experimental policies, like the microbusiness and craft marijuana co-op licenses, Kane says, are some tactics the Commission hopes may help those affected by the drug war and those who don’t have the capital and funding required for the larger license types.This is a groundbreaking reform previously unseen in states that have legalized cannabis.
The Commission will also establish a Social Equity Program, as outlined in the final rules (section 17 of 500.105). That program is designed to help those who have been arrested of a cannabis-related crime previously or lived in a neighborhood adversely affected by the drug war. “The committee makes specific recommendations as to the use of community reinvestment funds in the areas of programming, restorative justice, jail diversion, workforce development, industry-specific technical assistance, and mentoring services, in areas of disproportionate impact,” reads one excerpt from the rules (section 500.002) identifying the need for a Citizen Review Committee, which advises on the implementation of that Social Equity Program.
This is a groundbreaking reform previously unseen in states that have legalized cannabis. Massachusetts may very well be the first state to actively help victims of the prohibition of cannabis.Some municipalities are hesitant and skeptical, while others are fully embracing the new industry with open arms.
For environmental rules, Kane notes the Commission is taking unprecedented steps to address energy usage in the cultivation process, pushing the industry to think about environmental sustainability in their bottom line and as part of their routine regulatory compliance. He says the Commission mandates a 36 watts-per-square-foot maximum for indoor cannabis cultivators.
On Monday, April 2nd the state began accepting applications for businesses seeking licensure. Within a few days, nearly 200 businesses have applied. That number is expected to grow significantly over the next few weeks.
While businesses continue applying for licenses, local governments are preparing in their own way. Some municipalities are hesitant and skeptical, while others are fully embracing the new industry with open arms.
A couple weeks ago, the City Council of Springfield, Massachusetts passed a six-month moratorium on cannabis sales, citing the need for more time to draft local regulations for businesses first. “I believe the moratorium is in place to make sure that we get it right the first time,” Councilor Adam Gomez, chairman of the council’s Economic Development Committee told MassLive. “We don’t have a chance to get it right the second time. The residents of Springfield supported this.” There are also talks of a potential temporary ban in Truro, MA.
Meanwhile in the city of Attleboro, ABC6 News reports Mayor Paul Heroux is “working to make his city marijuana friendly as city councilors work to draft regulation ordinances.” In Peabody, two businesses just received approval to begin operating as medical dispensaries.