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Ten years. At least 17,000 km. Millions of dollars. Countless hours spent on research and running DNA tests. Bootstrapped technology.
A small team of people with one goal – to develop something that previously only government labs with much deeper pockets had ever accomplished.
This is how a tiny organism from the arid mountains of mainland Greece became a new way of growing healthier animals on farms across New Zealand.
CM142 is one of the newest novel endophytes you can buy, but it’s been on the radar at Cropmark Seeds for more than a decade.
All that time, it’s been an inside job - no out-sourcing the heavy lifting.
This pasture breakthrough is 100% self-generated, by NZ’s only locally-owned private forage breeding company.
In terms of research, it was also a very long-shot, says Cropmark R&D manager Stephane Montel.
“The odds of finding a strain like CM142 are one in a thousand. And we had to start with the very basics. One thing with endophyte science, it’s all good to say ‘let’s get involved’. But no one is going to tell you how to do it, because it’s commercially sensitive.
“As a small player in the seed industry we had to do it on our own. It pushed us, forced us not to rely on anyone else, and to eventually succeed with a commercial product was incredibly exciting.”
(Ironically, endophyte screening tools created and refined by Cropmark’s team early in this process are now routinely used by others in the industry.)
Simply finding CM142 in 2015 was a big task. It meant screening thousands of grass seed samples from around the world before settling on one particular line of germplasm collected in western Greece in 2012.
But that was just the first step. To bring a new endophyte of this type to market in NZ, Cropmark researchers first had to ensure it wasn’t simply a copy of existing patented technology.
While it contains epoxy-janthitrem alkaloids like some other novel endophytes on the market, they had to prove CM142 was unique, from its genetic makeup to its attributes.
Gathering the evidence to do so took years, and trial after trial on cultivar yield & persistence, animal safety, insect deterrence, fungicide resistance, stability, and transmission, among other things.
“We had pages of check lists to go through before we could ensure CM142 was commercially viable,” says Stephane.
But the outcome is worth all the effort.
“It’s a very good achievement for our team. It has been an emotional rollercoaster, but we succeeded.
“Our goal was to maintain insect protection while increasing livestock performance with reduced toxicity and better forage production. We have achieved that and more with CM142 and believe it is the safest endophyte of its type on the market.”