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Tropic Biosciences: Revolutionizing Tropical Crops with Gene-Editing Tropic Biosciences is pushing the boundaries of agricultural innovation by using gene-editing technology to enhance the sustainability and productivity of tropical crops like bananas, coffee, and rice. By employing CRISPR-based gene-editing, they focus on developing disease-resistant, high-yield crops, addressing critical food security and climate change challenges. Their flagship innovation, GEiGS™ technology, targets specific genes to reduce the impact of diseases like Panama disease in bananas, which has been a long-standing challenge for global agriculture. Tropic Biosciences is helping farmers produce healthier, more resilient crops while ensuring sustainability in tropical regions. This cutting-edge approach not only protects valuable crops but also ensures a brighter future for tropical agriculture. #AgriTech #GeneEditing #TropicBiosciences #SustainableAgriculture #FoodSecurity #CropInnovation #CRISPR

In the small town of Linkin, the community thrived on fruit farming. But when Dr. Evelyn Carter arrived with her #Biotech innovations, everything changed. #Agriculture #Innovation Dr. Carter introduced a new gene-editing technique, CRISPR-Cas9, to enhance the crops. The first target was apples. By inserting a gene from a wild variety, they created #LinkinGold apples, resistant to apple scab. These apples required fewer pesticides and yielded more fruit. #SustainableFarming #CRISPR Next came the grapes. With a drought-resistant gene, #LinkinResilience grapes thrived even in unpredictable weather, securing steady production and protecting the vineyards from climate change. #ClimateResilient #Viticulture Finally, the bananas were transformed. By integrating a resistance gene, #LinkinGuardian bananas became immune to Panama disease, safeguarding the global banana industry. #BananaRevolution #FoodSecurity Linkin’s farmers prospered, and the town became a global model for sustainable agriculture. Visitors came from around the world to learn from their success. #AgriculturalHub #GlobalImpact In the town square, a statue of a DNA double helix intertwined with an apple, grape, and banana was erected, symbolizing the harmony of nature and science. The inscription read, "To those who cultivate the future, may your roots run deep and your branches reach the stars." #FutureFarming #ScienceMeetsNature Linkin's story was a testament to the power of innovation and community spirit, proving that with the right tools, the future of agriculture could be bright and sustainable. #CommunitySuccess #AgriculturalRevolution #LinkinFuture

We are proud to share that Salicrop has been awarded a significant grant by the Israel Innovation Authority רשות החדשנות to collaborate with Bayer over the next two years. Together, we will be focusing on enhancing vegetable crops to withstand the increasing pressures of climate change. 🌍 This partnership is a crucial step forward in our mission to develop innovative seed technologies that empower farmers globally. As we work closely with Bayer, our goal is to create more resilient and sustainable crops that can thrive under challenging conditions. We invite our industry peers to follow our journey and explore how these advancements can benefit the future of agriculture. #Salicrop #InnovationInAgriculture #ClimateResilience #SustainableFarming #IsraelInnovationAuthority #Bayer #SeedEnhancement #Agritech #ClimateChange Isaac Minuchin Oron Bet Or Ṛcā Godbole Sharon Devir Matan Mire Noam Gridish Joel Duerr

Do you Know that more than 50% of production loss is attributed to the diverse array of stresses affecting 91% of the world's cropland? Combating abiotic stress in crops requires a multifaceted approach that integrates cutting-edge science, innovative technologies, and sustainable farming practices. Emerging agronomical approaches (biochar, kaolin, chitosan, use of superabsorbents, and seaweed extract) look promising and have been demonstrated to counteract the effects of abiotic stresses on crops, though their mechanisms still remain unclear, and more clarity is required. Interdisciplinary crosstalk via international collaboration, conferences, publications, and data sharing is required to enable researchers to integrate knowledge and skills from several disciplines to obtain a better and thorough an understanding of the problems, resulting in comprehensive solutions. In conclusion, abiotic stress can significantly impact the health and yield of your crops. Remember to always pay attention to your crops' needs and make adjustments as necessary to keep them healthy and thriving. #CropResilience #AbioticStress #SustainableAgriculture #SoilHealth

Do you Know that more than 50% of production loss is attributed to the diverse array of stresses affecting 91% of the world's cropland? Combating abiotic stress in crops requires a multifaceted approach that integrates cutting-edge science, innovative technologies, and sustainable farming practices. Emerging agronomical approaches (biochar, kaolin, chitosan, use of superabsorbents, and seaweed extract) look promising and have been demonstrated to counteract the effects of abiotic stresses on crops, though their mechanisms still remain unclear, and more clarity is required. Interdisciplinary crosstalk via international collaboration, conferences, publications, and data sharing is required to enable researchers to integrate knowledge and skills from several disciplines to obtain a better and thorough an understanding of the problems, resulting in comprehensive solutions. In conclusion, abiotic stress can significantly impact the health and yield of your crops. Remember to always pay attention to your crops' needs and make adjustments as necessary to keep them healthy and thriving. #CropResilience #AbioticStress #SustainableAgriculture #SoilHealth

Advancing Crop Science: Innoterra & Biosynth with BanacXin 🌿🔬   We are excited to announce a strategic partnership between Innoterra's BioScience business and Biosynth, merging both companies leading research expertise to revolutionize crop science! 🌏🤝 This collaboration is set to enhance biocontrol technology for banana farmers, offering sustainable solutions to combat fungal diseases and boost earnings.   Collaboration Highlights: 🌱 Innovative Research: Innoterra in India are working with Biosynth’s Austria site, enabling top researchers to team up to leverage expertise in crop-science BioSolutions. 🔬 NextGen Biocontrol Technology: Advancing biocontrol methods and enhancing BanacXin delivery for effective fungal disease management in bananas. 🌿 Multi-disciplinary Approach: Joint R&D efforts focus on anti-fungal organic bio-compounds, plant-based agents, and microbial consortia with durable smart formulations. 💰 Enhanced Farmer Earnings: Commercializing breakthrough solutions to increase the earning potential for farmers and large growers. We acknowledge Biosynth for their pivotal role in this collaboration. This partnership underscores our commitment to sustainable agriculture and cutting-edge technology, ensuring a healthier and more prosperous future for banana farming. Stay tuned for more updates on this exciting journey! 🌟🌿   #Innoterra #Biosynth #InnoterraBioScience #BanacXin #BioScience #SustainableAgriculture #Innovation #BananaFarming #Biocontrol #Partnership #Agritech #Collaboration

At Sipcam Oxon innovation means helping farmers facing the challenges in managing their crops. In Portugal we received the registration for emergency use of Cortina with Eosol Technology™, a patented prothioconazole-based fungicide for the control of almond leaf blotch (Polystigma ochraceum). “There are just a few solutions against leaf blotch, a major concern for farmers in Alentejo, Cova da Beira and Trás-os-Montes. With Cortina, our last cutting-edge solution, farmers have now a new powerful tool to safeguard their harvest”, said Raffaele Brunetti, Commercial Manager at SIPCAM Portugal This is just the first step: Cortina will be soon available to face other important diseases worldwide. 👉 Discover more: https://bit.ly/3WioQ1H #SipcamOxon #agrochemicals #biostimulants #biorational #agriculture #agricultureworldwide #innovation #research #CropProtection #SustainableAgriculture #AgInnovation #agritech #agriculturelife #agriculture_global #almond #Leafblight #supportingagriculture

27th June 📅 #WorldMicrobiomeDay Did you know that over 95% of our food, from fruits to grains, relies on soil and its microbiomes? These tiny organisms are essential for ecosystem balance and sustainable agriculture.  🪱🦠 Microbiomes in agriculture are key to reducing our environmental impact, they boost plant growth, resilience to stress, and overall crop health. A thriving soil microbiome fosters beneficial relationships between plants and microorganisms, leading to higher yields and better quality crops. Let's raise awareness and knowledge to appreciate microorganisms' crucial role in overcoming today's global challenges! 🌱💧 #microbiome #WMD2024 #soil #soilhealth #microrganisms #biotechnology #agriculture #crops #alltechcropscience #SoilHealthExperts

Right now, a handful of microbial workhorses do the bulk of the work in #biomanufacturing, which is billed as a more sustainable means of producing products currently derived from petrochemicals and industrialized animal agriculture. But do we need to domesticate a new generation of hosts to make the unit economics of #PrecisionFermentation stack up? AgFunderNews caught up with Dr. Tim Wannier, cofounder and CEO at Cambridge, Mass-based startup Wild Microbes at the SynBioBeta conference in San Jose to find out how novel #microbial hosts could unlock the potential of the #bioeconomy. https://lnkd.in/eKT4MiwD

Insects play an essential role in nature, far beyond pollination, honey production, or silk production by silkworms. They also contribute to forest cleaning by breaking down carcasses. There is increasing discussion about Insects as Food and Feed, considered a sustainable alternative to traditional sources. The mealworm is at the forefront of insects that can be consumed and farmed on a large scale. After my work on protein production, my colleagues, who have extensive experience in valorizing waste from this insect farming, have developed protocols for extracting chitin and chitosan, achieving high quantities and quality. These biopolymers are in high demand across various fields. Please find attached our latest article in International Journal of Biological Macromolecules (Q1; IF= 7.7). Congratulations to the entire team Azzi Manar Soukaina Elkadaoui Jamaa ZIM, PhD Jacques Desbrieres Youssef El Hachimi abdelouahad Tolaimate #Morocco #Biotechnology #Valorization #Innovation #Mealworm  #Biopolymers #Chitin #Chitosan  #IAV #UCA #FST #ENS #UPPA https://lnkd.in/dYxm2z5X