Scientists claim to have made a significant breakthrough in agricultural biotechnology by using CRISPR/Cas9 to edit the potato genome, resulting in plants with increased resistance to both biotic and abiotic stresses.
Plant scientists in the UK are demanding clarity from the new government to unlock the potential economic and environmental benefits of new precision breeding techniques such as gene editing.
Zinc can make crop yields more climate-resilient, particularly for legume crops, according to new research. Separately, Israeli BetterSeeds has achieved USDA approval for the world's first gene-edited cowpea.
A new tie-up between agritech giant Corteva Agriscience and Dutch accelerator StartLife, which supports start-ups in the food and agriculture sectors, aims to enable solutions through open innovation and speed the path to market breakthrough agrifood...
In a groundbreaking move, Syngenta Group has announced that it is expanding access to its genome-editing and breeding technologies to academic researchers globally.
Created using the US company’s proprietary gene editing platform that offers novel tools for CRISPR application in plants, this is the first time seedlessness has been achieved in any caneberry it says.
The Israel-based company that uses gene-editing technology, specifically CRISPR, to genetically improve crops and design better seeds, has announced the appointment of Dr. Helmut Schramm, a former Bayer Crop Life executive and highly respected agricultural...
Stressing its belief in the power of cutting-edge technology to address pervasive nutrition problems, the agribusiness giant has revealed details of a new open innovation platform, plus new collaborations to develop new tomato varieties to tackle vitamin...
US indoor farmer Square Roots is growing plants in the dark using gene edited (CRISPR) technology. The move could make indoor farming significantly more viable and sustainable, especially in low and middle-income countries, by reducing energy needs and...
US health-focused food and agriculture company Pairwise is using one of the most powerful R&D advances in a generation – CRISPR – to develop compelling products that benefit consumers, growers and agricultural workers alike. As such, it believes it...
Science continues to explore new ways to make agriculture more efficient in the modern world, taking a thorough approach to research and leaving nothing off of the table, including the impact of climate change. Here, we talk with Partha Banerjee, PhD,...
US-based Cquesta is leveraging gene editing to generate carbon credits for farmers, its CEO Michael Ott – who previously founded Rantizo, now the US’s largest dronespraying company – tells AgTechNavigator.
Regulators in Australia and New Zealand have given Queensland University of Technology (QUT) a licence to commercially release QCAV-4, a genetically modified variety of Cavendish banana designed to help save the world’s Cavendish banana production.
Proposals to loosen EU rules on gene edited crops have passed a significant barrier after the European Parliament’s Environmental Committee voted in favour of a proposal to introduce a new regulatory framework for New Genomic Techniques (NGTs).
An open letter signed by 35 Nobel laureates and more than 1,000 European scientists has been sent to Members of the European Parliament, pleading with them to ‘reject the darkness of anti-science fearmongering’ and vote in favour of new genomic techniques...
Climate-resilient crops are increasingly needed for our climate-changed world, opined a panel of renowned experts who were speaking at the World Agri-Tech Summit in Dubai earlier this month.
Gene editing has been tipped as the next big thing in Asia’s agtech space, as it is more affordable and more readily accepted than the genetically modified (GM) technology which has been around for a longer time.
Australia’s animal production sectors could benefit massively from new research that suggests Gene editing can be used to create chickens that are partially resistant to infection by avian influenza, providing regulatory developments can keep pace with...