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More than 100 growers and tech developers gathered at Innexo’s cannabis research facility

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Jorge Cervantes closed Innexo’s Acceleration Day with a review of genetics, a line of attendees waiting to sign copies of the Grower’s Bible, and a single sentence that puts everyone in the greenhouse within a bloodline. “We are descendants of this country, this room,” says Jorge. The forefathers he named were Nevil Schoenmakers and David Watson, the two breeders who took cannabis genetics beyond prohibition and built the foundation of every plant on the test bench. None of the seeds being scanned for spaceflight, none of the veggie-free trials, none of the triploids would exist without the work started by those two men, and the June 8 event is the clearest update of what got them off the ground.

© Innexo

© Innexo

The last Acceleration Day brought together more than 100 people and 60 companies in the greenhouse, coming from all over Europe and from Israel, Morocco, Turkey, Tasmania and Uruguay, the event started a few years ago with 20 people, in a free-for-all format.

Cannabis all day
Dominique van Gruisen, CEO and founder of Innexo, had breakfast and coffee before opening the program for the day. “We’re here to be that sandbox where LPs and tech developers can come together around the factory. That was my mission a couple of years ago,” says Dominique. “We started with 20 people at a free-for-all event, and now we’re at 100 people with an exclusive event. It’s a big leap.” The event spanned 12 hours for the first time, from morning to evening, which eased the pace rather than tightening it.

© Innexo

After the presentation, Xavier Gaya of Avitas Global took to the stage to explain why Avitas is working with Innexo and why it’s crucial that someone other than the host implements with LPs, then recited a poem to set the tone. They all dressed in white and went to the greenhouse to what Dominique calls the boutique network with the plant. “I don’t think there was a single person who didn’t talk to an LP or a tech developer,” says Dominique. “You see them coming together around common issues. Fluence joined Atami, Grodan wants to join Faven, you have these synergies in place that combine experience to move the industry forward.” Rehearsals on the tables became the connective tissue between people who would otherwise have stayed in their corners.

Xabier came in after the greenhouse session had already started. “I saw 60 to 70 people dressed in white from head to toe, looking at the different tests on the table. It seemed to me like a school project, and the person doing the experiment was next to explain,” says Xabier. “Everything was green, everything was dressed in white, it was a bit surreal to see.” His reading of the research is that of an operator, not a scientist. “I don’t like scientists who don’t push the envelope. If you have to do science, you have to push the envelope, and science has to be operationally useful,” says Xavier. What Avitas said taking the stage is that deployments need to live with LPs, not be locked within the walls of the host.

© Innexo

For the crops in the room, the trials were the reason they were there. Mendocino Mike, from Northern California, came online as much as to touch the plants. “As a grower, I was interested in the tests I saw, the no veg technique, the different lighting strategies, as well as networking the people in the rooms. It’s not just about shiny shoes,” Mendocino Mike says. “It was a group that looked after plants like that, that was the main takeaway.” He draws a hard line between the European standard and what he knows at home. “It’s so different from California. It’s just EU MMJ, the way we grow and cultivate it, and the bottom line we’re looking for. Here you have to pass very strict microbial tests. In California they’re lower because of the rec frame,” says Mike.

© Innexo

© Innexo

Oussama Badad, Founder and Chief Scientific Officer of Growmics, Chief Scientific Officer of Trilogene Seeds and a Fulbright Fellow, has been following for two years now and uses the gap to measure the event against himself. “I came here last year, I came back this year, and I see the evolution. I have seen many new faces, and LPs which is very important for this event, to come to see these innovators on this platform, to support the cause,” says Oussama. “The quality of the talks this year, the technology, the sending of seeds into space, the testing of the Faven guys, you can see it with your own eyes.” What he values ​​is the curator. “Dominique was a great host. It’s a very well-organized event where you’re not running around meeting people, it just happens organically, so it’s effortless,” says Oussama. “You come where the research is done. We visited the lab this morning to see all the equipment.” His current reading is correct. “It’s time to strengthen, so it’s about getting the cool kids together and seeing what we can do with high standards,” Oussama says. “We’ve seen advances in other crops, so why not use that technology in cannabis?”

F1, triploids and space travel
The evening’s knowledge session went from borderline absurd to downright absurd, covering, as Dominique put it, spectral fingerprints, F1 hybrids, triploids and the project to send cannabis seeds into space. “It’s almost literally amazing that we can now send seeds into space, and mimic what the Chinese have successfully done with some crops,” says Dominique. “We have a global collective effort. Inexo does a spectral scan of the seeds before and after they are launched into space.” All participants went home with a 3D model of a cannabis plant attached to a QR code. “This technology alone will allow us to take cannabis from the 60s into the space age,” says Dominique.

© Innexo

© Innexo

© Innexo

Josh Goodman-Levy, who leads Dosatron’s hydroponic business outside of North America, attended his third Acceleration Day and weighed in on the conference circuit. “A lot of times you have consultants, sales professionals, it pays to play the whole thing, there’s more authenticity and culture at Innexo,” says Josh. “The improvement and quality of the event is evident every time I come. The speakers, the research, the networking, it’s really unique in the European market.”

For more information:
Innexo BV
innexo.nl

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Ora Pharm affirms uninterrupted access to Helius products

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Ora Pharm has confirmed that New Zealand patients, prescribers and pharmacies continue to have uninterrupted access to Helius Therapeutics products following the successful acquisition of the business and its key assets, directly challenging the misinformation being circulated to patients and prescribers by cannabis importer MW Pharma Limited (trading as NUBU).

Industry monitoring was highlighted on Monday, July 20th, when Helius Therapeutics announced that NZ Grow Co. As he inaugurated Growers Day. The event demonstrated the full operational strength, advanced capabilities and integrated supply chain now fully operational under Ora Pharm’s leadership to support the growth of the NZ sector.

At the event, CEO Zoë Reece addressed concerns stemming from a July 9 industry bulletin distributed by NUBU, which stated that “Helius Therapeutics has ceased production and all products are now discontinued.”

© Ora Pharm

Ora Pharm said the statement was incorrect and had the potential to create unnecessary uncertainty in a highly regulated healthcare sector.

“Inaccurate information about the availability of medicines can cause unnecessary worry for patients, prescribers and pharmacies, interfere with treatment decisions and undermine confidence in the New Zealand cannabis industry.”

Ora Pharm completed the business and acquisition of key assets of Helius Therapeutics on June 18, 2026, resuming manufacturing, packaging and nationwide distribution the following day. All Helius brand formulated products and locally grown products remain approved and available for patient supply.

CEO Zoë Reece said the company’s focus is on ensuring continuity of care while strengthening New Zealand’s medicinal cannabis industry.

“The Helius facility gives New Zealand growers direct access to world-class pharmaceutical drying, extraction and manufacturing capabilities. Combined with NZ Grow Co., we are creating a secure and integrated pathway from cultivation to finished products and international markets. Our focus is on clinical continuity, quality assurance and confidence in patients and prescribing physicians every day.”

© Ora Pharm

The integration of the GMP-certified Auckland manufacturing facility with NZ Grow Co.’s cultivation network creates New Zealand’s largest medicinal cannabis supply chain. This unified network insulates domestic patients from volatile international import dependencies while providing independent local growers with a transparent, high-standard route to export markets.

Ora Pharm remains committed to working collaboratively across the sector to support patient access, strengthen confidence in the New Zealand cannabis industry and continue to invest in New Zealand’s pharmaceutical manufacturing capacity.

For more information:
Ora Pharm
(email protected)
www.orapharm.co.nz

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California Treasurer Announces Hearing On Marijuana Business Banking Access Issues

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California’s state treasurer has announced he will convene a hearing next week to highlight the marijuana industry’s banking access “challenges” and its impact on businesses, workers and communities.

The hearing, organized by Treasurer Fiona Ma (D), comes ten years after her predecessor launched a Cannabis Bank Task Force to look into the issue.

Titled “Continuing the Conversation: Advancing Safe and Legal Banking for California’s Cannabis Industry,” Wednesday’s hearing will feature state and local officials, financial institutions and representatives of marijuana companies. The plan is to “review progress made, discuss remaining obstacles, and consider practical steps California can take to support a safe, transparent and well-regulated legal cannabis market,” Ma’s office said in a press release.

“Nearly a decade after the launch of the Cannabis Banking Working Group, California’s legal cannabis industry continues to face barriers to access to affordable and reliable financial services due to state-federal conflict,” Ma. he said. “This hearing it will help us assess what has changed, identify challenges that remain, and continue the conversation about practical solutions that support public safety, transparency, and responsible business operations.”

Last month, bipartisan members of the US House and Senate reintroduced the legislation protect banks from being penalized for providing financial services to marijuana businesses.

Previous iterations of the banking legislation have been introduced in previous sessions of Congress, and while the House of Representatives has passed versions on several occasions, the reform has never become law.

While some banks serve marijuana businesses, the continued federal illegalization of the plant has made many reluctant to work with the industry.

“Limited access may increase operating costs, complicate routine financial transactions, and require some businesses to handle larger amounts of money, creating additional security and administrative concerns,” Ma’s office said.

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Peat is a lot more sustainable than we think

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Increasing public scrutiny has questioned whether the use of peat is environmentally sustainable. A new review According to Dr. James Altland, research director of the USDA’s Agricultural Research Service, and Dr. Bruce Bugbee of Utah State University, they present a more nuanced picture than much of the current evidence portrays.

“Much of the debate in the popular press suggests that the use of peat in horticulture is unsustainable because it causes global warming and other environmental impacts,” shares James. “We have seen that agriculture is much more sustainable than some parties in the media want us to believe.”

© USDA

Differences between regions matter
The review states that assessments of peatland sustainability should differentiate between regions. While European peatlands have been heavily impacted by centuries of drainage and peat extraction, most Canadian peatlands remain undisturbed, with only a small proportion used for horticulture. According to the authors, this distinction is important when assessing the environmental impact of peat production.

“Currently, Canadian peatlands are sequestering carbon faster than the rate of extraction from container crop production. At current rates of extraction and with appropriate restoration, peatland use in North America is environmentally sustainable.”

The authors note that horticultural peat extraction in Canada accounts for only a small fraction of the total peatland area and that harvested sites are routinely restored after production.

© USDA

Restoration supports long-term recovery
The paper highlights the role of restoration practices, particularly the Moss Layer Transfer Technique (MLTT), in restoring peat-forming ecosystems.

“Restoration techniques, such as the moss layer transfer technique, can turn harvested peatlands into carbon sinks over decades,” he added. The review found that restored peatlands can restore vegetation, biodiversity and carbon sequestration functions over time, while improvements in water storage and hydrological performance are also documented.

© USDA

Alternatives also have environmental impacts
The researchers also looked at published life cycle assessments comparing them to substrates such as peat, korea, wood fiber, perlite and rock wool. “Life cycle assessments show that alternative substrates often have environmental impacts comparable to or greater than peat, especially when considering water use, transport and fertilizer inputs.”

The review concludes that comparisons depend on system limitations and assumptions, and that broad claims that alternatives are inherently more sustainable than peat are not consistently supported by published analyses.

© USDA
Figure A: Global carbon storage in natural systems (Gt, gigatons)
(Hirschler and Osterburg, 2022; Cleary et al, 2005; IPCC, 2023)

Performance remains an important consideration
Beyond sustainability, the paper reviews the functional characteristics that have made peat the reference substrate for container production.

“Soil’s high cation exchange capacity, water retention and stability support optimal plant growth and nutrient uptake,” shares James. The authors point out that these properties contribute to efficient irrigation and fertilizer management, maintaining good root zone conditions.

Although wood fibers, coir, and other materials can reduce peat use in mixes, each introduces its own management considerations, such as nutrient immobilization, water use, or processing requirements.

© USDA
Figure B: Annual carbon flux from human activities and sequestration through natural processes (Gt CO2-eq per year)
(Hirschler and Osterburg, 2022; Cleary et al, 2005; IPCC, 2023)

Managing future demand
As the global demand for soilless growth media is expected to increase significantly in the coming decades, the authors believe that a variety of substrate materials will be required.

“At current rates of extraction and with appropriate restoration, peat use in North America is environmentally sustainable and remains essential for horticulture and urban greening.”

For more information:
US Department of Agriculture
James Altland, Head of Research
Application Technologies Research Unit
(email protected)
www.usda.gov

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