Investors rush to patent genetically modified cannabis molecules
Critics worry private companies will own genetic building blocks of life
At the Hyasynth Biologicals laboratory in Montreal, scientists are working on the latest frontier in the cannabis business: genetically engineering the active ingredients in marijuana and then patenting them.
Hyasynth is part of a new wave of genetic engineering firms across Canada and the U.S., splicing and dicing molecules found in cannabis plants, hoping to create new recreational products and medicines to treat pain, cancers, insomnia, epilepsy and a host of other health problems.
Cannabis producers, biotech firms and drug companies, along with the law firms who represent them, say genetic engineering — a controversial technique pioneered in agriculture — will allow companies to patent genes synthesized from cannabis, potentially unlocking billions of dollars in new investment and creating jobs.
"Patenting a gene technically isn't any different from patenting anything else," said Erica Lowthers, a partner at Aird and McBurney, a Toronto law firm that advises cannabis companies. The process "encourages innovation" and investment by protecting intellectual property with a 20-year monopoly for new creations, she added.
Critics, however, worry patents on cannabis genes allow a small group of private companies to control the building blocks of life itself, along with concerns about possibly negative impacts of the newly created genetic material.
"Companies are using genetic sequences taken from natural cannabis strains, altering them and building a product that will eventually disrupt natural markets in cannabis," said Jim Thomas, a spokesperson for Val-David, Que.-based technology watchdog the ETC Group.
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"Growers, farmers, breeders will become less and less relevant if these biotech companies take over the market," he said, referring to the patenting as "bio piracy" that allows corporations to privatize material from a crop cultivated by small farmers for generations.
How it works
The process for creating genetically altered versions of the chemicals found in cannabis — known as cannabinoids — doesn't actually involve changing the plant itself.
Instead, scientists at Hyasynth Bio genetically alter fermented yeast — a process comparable to creating synthetic perfume from chemicals contained inside flowers — to construct copies of the DNA strands found in cannabis. The yeast acts like a small factory to produce cannabinoids in the lab.
THC and CBD are the two most famous cannabinoids, but the cannabis plant contains more than 90 different chemicals, many of which have barely been studied. Scientists can engineer the genetic material created from the yeast to exhibit specific properties — such as a medicine that is virtually pure CBD.
"Our strains of yeast are genetically modified, but the products we sell are not GMOs [genetically modified organisms]," said Kevin Chen, co-founder and chief executive of Hyasynth, a Montreal startup run by young scientists.
An observer wouldn't find any cannabis plants or growing equipment in their facility. Instead, the company's operations look like a cross between a traditional science lab and a "fancy" microbrewery, with large tanks containing yeast used in the genetic modification process, Chen said.
That process for producing THC, CBD and other cannabinoids in a lab is far cheaper and more efficient than growing plants, he said.
Hyasynth signed a deal worth $10 million with licensed cannabis producer Organigram last month for the large-scale production of cannabinoids, and it has two international patents pending, Chen said. He didn't elaborate, citing commercial confidentiality.
As for concerns over so-called bio piracy, Chen said it's an "interesting question." Patents can get companies more money to invest in new technology, he said, but there should also be space in the market for the free flow of genetic ideas around cannabis.
"In this industry, we will see both of those things."
Patents already in play
In Canada, higher life forms, including cannabis plants themselves, cannot be patented, said Hans Parmar, a spokesperson for Innovation, Science and Economic Development Canada, the federal department working on the cannabis file.
Patent protection is, however, available for "genetically modified cannabis plant cells" and "novel isolated genes that produce cannabis active ingredients," he said.
"Transgenic" organisms contain genetic material from an unrelated life form that has been artificially inserted into their DNA.
Companies have already obtained patents for a transgenic cannabis plant that enhances seed yields and growth and a transgenic hemp plan that's more salt tolerant, according to government data provided to CBC News.
Other patents are pending for new genetic alterations to cannabis, including:
- A transgenic hemp product that increases pest resistance in plants.
- A heat-resistant, transgenic cannabis plant.
- Drought-tolerant cannabis plants.
- A transgenic cannabis cell that alters how the cannabis plant produces polyunsaturated fatty acids.
"We have seen so much activity in the past year," Micheline Gravelle, a managing partner with Bereskin & Parr LLP, a Toronto law firm working on cannabis, said of the moves to patent cannabis genes and related technology.
She estimates requests from cannabis clients seeking advice on intellectual property have doubled in the past 12 months.
Companies vying for dominance
As genetic modification in the Canadian cannabis industry is still new, a market leader hasn't yet been established, according to New Frontier Data, a U.S.-based cannabis research firm.
"Many of these companies remain quite young, and their portfolio of IP [intellectual property] assets remains low," said John Kagia, a market analyst with New Frontier.
So far, pharmaceutical companies and biochemical companies hold most Canadian cannabis patents, he said, although many of these are for technical processes for extracting and processing the chemicals in cannabis, rather than for specific genes.
Because cannabis has been illicit for so long, companies hadn't actively been pursuing intellectual property claims in the sector, he said, although the race is now rapidly intensifying today.
"The cannabis industry is poised for a dramatic acceleration in innovation and technology-based advancement to make the industry more efficient, transparent and meeting the client needs," he said. "The companies that establish the most robust IP will be best positioned to compete in the hyper-competitive environment."
Cronos Group, another Canadian cannabis company, signed a $122 million deal with Boston-based Ginko Bioworks Inc. last month to genetically engineer the active compounds or cannabinoids found in the cannabis plant, in a yeast-based process similar to what Hyasynth is using.
"Together we revolutionize the cannabis industry," Cronos Group's chief executive Mike Gorenstein said in a statement.
Other cannabis companies aren't so keen on the genetic engineering revolution. Bruce Linton, chief executive of Canopy Growth, one of Canada's largest cannabis firms, told CBC his company has meet with half a dozen biotech experts who pitched them on genetic modification, but Canopy has stayed away from the technology.
"Our checklist includes not having a GMO as the base" of a product, Linton said.
With the industry just moving away from prohibition, throwing genetically altered cannabis strains into the mix is just a bridge too far for consumers right now, Linton said.
"People trust the plant as a source," he said, while they might not be as comfortable with a product originating in a lab with genetically modified yeast.
Canopy is still interested in isolating particular cannabinoids from the cannabis plant in order to make new medicines to combat problems like insomnia, and other products like cannabis-infused drinks, Linton said.
But the firm is searching for those molecules through traditional plant breeding, rather than cultivating cannabinoids in a lab with genetically modified yeast.
Valued at more than $12 billion, Canopy is part of the new wave of cannabis giants, a far cry from the hippies and "anti-corporate types" with whom the crop was long associated, Thomas from the ETC Group said.
"This [genetic modification] technology is going to speed up the transfer to a very corporate controlled industry," Thomas said.
"Cannabis is going to be like any other commodity controlled by large technology players and agribusiness. It's where this is headed."
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Cannabis Seeds Are Breed Not Genetically Modified – Here’s Why it Matters!
We’re all about finding the best cannabis genetics for our growers. Whether it is feminized or autoflowering strains President Seeds is very serious about genes. This being said, are our seeds genetically modified?
The short answer, no. Our seeds the result of selective breeding. This means even with the most stringent methods of quality control we have some variably performing products. That’s because our seeds are all bred by professional cannabis seed breeders.
Cannabis seeds are not genetically modified, none have been according to us.
There’s no laboratory turning out seeds and that makes a huge difference. To understand the difference let’s investigate the two methods of changing genetics, genetically modifying and what our cannabis breeders do selective breeding.
Genetically modified organisms (GMOs) are according to Wikipedia,
“A GMO is any organism whose genetic material has been altered using genetic engineering techniques”
This means that the organism, or in our case plant, as had a scientist, with a lab look at the genes and removed certain genetic traits and implant them into a new DNA sequence.
In the case of corn scientists were able to modify the plant to be more pest, weather, and disease resistant. Which in turn means they are more hardy.
GMO products have improved corp production in the agricultural world ten fold. Now let’s look at selective breeding, the method cannabis breeders use.
Cannabis breeders for decades have been using selective breeding techniques to bring you the dankest weed!
According to Wikipedia,
“Selective breeding is the technique by which humans use animal and plant breeding to selectively develop particular phenotypic traits (characteristics)”
This is the technique that created all the dog breeds! Yeah!
It’s not an exact science, but if over time you remove, and cross pollinate with strong plants, in a few generations your cannabis will be bigger and stronger.
But what does this mean for your cannabis seeds. Well, just like pedigree dogs sometimes you get a runt of the litter.
Also, with selective breeding you do narrow down the gene pool over time and inbreeding takes hold. What you get is the plant version of a British Bulldog, cute, but a genetic mess.
Luckily, for you, our seeds are not like the British Bulldog. As our breeders are keeping a keen eye on their plants.