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Celebrate today's International Beer Day with a 🍺 and discover how #GenomeEditing can enhance food security and help our crops, such as barley, adapt to climate change by utilizing genes from wild relatives: ow.ly/9Ijj50SNW6j

Agriculture is constantly facing new challenges: Climate and environmental conditions are changing, pests and diseases are spreading. Innovative plant breeding solutions are therefore needed more than ever. Discover the best of #WorldofFarming 👉 ow.ly/4qJI50SP1Xj

#GenomeEditing for healthier corn! 🌽 Researchers enhanced the content of amylose and resistant starch using #CRISPR, laying the groundwork for rapidly improving health-promoting properties in elite corn lines. 👉 ow.ly/ORnC50SPUAZ

Everything starts with a seed. Discover the seed journey and what's behind the foods we eat every day. High quality seeds are key for food security and sustainability 🌱

Researchers from Physalis Improvement Project used #CRISPR #GenomeEditing to develop groundcherry with enhanced fruit characteristics, making them easier to cultivate and harvest. Groundcherry also serves as a model for studying crops like tomatoes and potatoes. ow.ly/FTob50SSYQQ

Researchers were able to increase the stress resilience of potatoes through #GenomeEditing by knocking out a protein called Parakletos 🥔🧬 This finding could help potato production cope better with climate change 🌍 ow.ly/5s8S50STy0N

🌾Researchers at South Dakota State University are harnessing #CRISPR #GenomeEditing to improve the heat tolerance of wheat. This could help safeguard the essential crop against climatic challenges in critical production areas. 🌍 ow.ly/FGjZ50SWOPv

Researchers identified cotton genes linked to improved yield under water-limited conditions in Arizona. 🧬 This is important for developing drought-tolerant, climate-resilient cotton varieties! 🌍 Read more 👉 ow.ly/vOB350SXHXs

Using #CRISPR #GenomeEditing, researchers could enhance the flavor and salt tolerance of apples through the overexpression of a single gene. This paves the way for developing apples suited to challenging environments. 🍎 ow.ly/323K50SZ86n”

In Singapore, Singapore Food Agency (SFA) ’s new framework treats genome-edited crops without foreign DNA like conventional crops, allowing them to be marketed without additional pre-market safety assessments. A big step for innovation and transparency! 🚀 👉 ow.ly/7xui50T1Yrh

Breeding the best 🌻 Péter Streb travels globally to create top sunflower hybrids for KWS, focusing on sustainability and innovation. Discover his journey and vision: ow.ly/xiQl50SZgki #insidekws #seedingthefuture #letstalkbreeding

Europe empowers businesses with single market that boosts trade, reduces costs, and fosters innovation. 🇪🇺 EU policies ensure fair competition, protect intellectual property and support growth with funding and streamlined regulations. Explore #EU4Business ow.ly/yKtt50T3Rri

Breeders are working on solutions that enable plants to deliver stable yields even when under drought stress – such as in the case of sunflowers. KWS tests its germination material worldwide to identify high-yielding varieties with the best drought tolerance. #LetsTalkBreeding

Enhancing hybrid rapeseed production efficiency and resilience is possible with #CRISPR #GenomeEditing. 🌱 By precisely targeting a single gene, male sterile lines can be developed, leading to increased global productivity. Discover more: ow.ly/UYNp50T3RnX

Sorghum is a staple crop in Africa. Its quality, yield and resistance against parasites can be improved with #GenomeEditing, states a recent review – contributing to global agricultural productivity in the long term. 🌍🌱 ow.ly/x4eq50T8IVo

Breeders are working on solutions that enable plants to deliver stable yields even when under drought stress – such as in the case of wheat. By means of an experimental network, KWS selects plants that are better able to cope with drought. #Let’sTalkBreeding

Using #GenomeEditing, researchers successfully targeted three genes affecting rice grain size. This resulted in hybrid rice with higher yields and improved quality. 🌾 ow.ly/npwU50Tarn5

New study highlights benefits of #GenomeEditing for consumers and beyond. Smart use can boost research, knowledge and farmer & consumer wellness. 🌍🌱 ow.ly/K1zZ50Teg24

Breeders are working on solutions that enable plants to deliver stable yields even when under drought stress – such as in the case of sugarbeet. The aim is to develop specific varieties that have the right properties for each location. #LetsTalkBreeding #seedingthefuture

Recent advancements in #CRISPR #GenomeEditing have enhanced oilseed rape yield, quality, and disease resistance. New paper reviews the progress in developing this vital source of vegetable oil, animal feed, and industrial applications globally: ow.ly/Ja3450TjHJn