Researchers at the Carlsberg Research Laboratory have made a groundbreaking discovery that holds the potential to reshape the landscape of global food production even as we face rising global temperatures and a projected increase in global population to 9-10 billion by 2050. Their new technology, christened “FIND-IT” (Fast Identification of Nucleotide variants by droplet DigITal PCR), underscores a wide-reaching, innovative and sustainable way to optimize crop production that could address the burgeoning food needs of our growing global populace.
Enhancing Agriculture with FIND-IT
The pivotal significance of this invention lies in its potential to boost overall crop yields, enhance their climate tolerance and quality, and contribute to meeting the escalated food requirements of our expanding global population in the face of evolving climate conditions. This innovation, the brainchild of a team led by Prof. Birgitte Skadhauge, Vice President of the Carlsberg Research Laboratory, was recently outlined in the prestigious journal Science Advances.
The crux of the FIND-IT technology is that it accelerates the identification of specific gene variants that yield better quality, higher tolerance for heat and drought stress, and higher nutrient content. It does so by screening large numbers of crop species in an impressively short amount of time. “These isolated variants can be bred into new improved varieties capable of flourishing all over the globe,” underscores Prof. Birgitte Skadhauge.
FIND-IT Works on More Than Plants
Interestingly, the technology isn’t just constrained to traditional crops but also covers a broad spectrum of plant species, yeast, other fungi, and bacteria, which play a vital role in food and drink production. By facilitating an ultrafast improvement of these following the initial laboratory identification, FIND-IT expedites the journey from laboratory to field evaluation and from product development to commercial realization.
Unlike traditional GMO methods, which rely on alteration, insertion or replacement of genes, FIND-IT uses a non-GMO method that avoids the regulatory and financial hassles associated with GM crops. “The method we have invented does not produce genetically modified organisms (GMOs),” Prof. Birgitte Skadhauge said.
Addressing Food Security and Environmental Sustainability
The Carlsberg Research Laboratory has built an illustrious scientific reputation over the years thanks to its pioneering research in various fields. Prof. Søren-Peter Olesen, Chairman of the Carlsberg Research Laboratory Supervisory Board, echoed the sentiments of pride and satisfaction over the unveiling of the FIND-IT methodology – a testament to this enduring legacy. He said, “We believe our groundbreaking technology will empower scientists globally to address the pressing challenges of the world.”
This breakthrough technology shines as a beacon of hope amid concerns over food security and environmental sustainability. Moreover, its potential extends beyond just food production; it holds promise in many industrial processes and the world of brewing – providing solutions for beer connoisseurs and foodies alike. Indeed, FIND-IT seems set to provide a green evolution enabling us to meet the food demands of the future whilst ensuring that the knowledge brewed in the halls of Carlsberg Research Laboratory continues to deliver a better world.
For those fascinated by this scientific advance, a more detailed account of the technology can be found in the latest issue of Science Advances.
