The Good Food Institute Europe’s Post

Meet the international team of biotechnology and innovation experts behind CROP4CLIMA — Resilient Crops for Sustainable Food Security in a Changing Climate! 👥 🌾 📊 Evogene: Decoding Biology As the project coordinator, Evogene’s expertise in computational biology, big data, and AI leads efforts to create climate-resilient rapeseed. 🦠 Max Planck Institute for Terrestrial Microbiology Their Biochemistry and Synthetic Metabolism group dives into the design principles of metabolism, working to optimise a new pathway in rapeseed. 🌱 AgroBioInstitute (ABI) Their expert team is integrating the new pathway in rapeseed and validating the technology through greenhouse trials. 🚀 INsociety: Shaping Innovation They promote and exploit results from the project via open science, stakeholder engagement, and communication and dissemination. Learn more about our team expertise and roles in our mission at https://lnkd.in/ddEw9Q5f #Biotechnology #SyntheticBiology #ClimateResilience #FoodSecurity

This promises to be an insightful and inspiring session. Great line up of panellists! Conference registration details below. See you there… #biotechnology #bioeconomy #resourceefficiency #transformation #innovation #potatoindustry

What we are reading... Market research predicts that the synthetic biology market could skyrocket from $10 billion in 2021 to as much as $100 billion by 2030. In recent years, scientists have made incredible advancements in this field, including creating living organisms with entirely human-made DNA and developing synthetic organisms for potential "living therapeutics." Synthetic biology has the potential to revolutionize industries like medicine, agriculture, manufacturing, and the environment. For example, by altering the genetic material of organisms, we can create super strong, ultra-lightweight silk by integrating spider DNA into silkworms. While the benefits of synthetic biology are immense, there are also challenges to address - such as the potential misuse of the technology for bioweapons. It's crucial that we continue to explore the possibilities of synthetic biology responsibly. Click the link below to learn more about the incredible benefits and challenges of synthetic biology. Follow the ETSU Research Corporation for more updates on SynBio. #syntheticbiology #scienceandtechnology #innovation

Synthetic & Engineering Biology British Swiss Summit This industry-led forum is aimed at advancing synthetic & engineering biology - an area of strategic importance to both the UK and Switzerland. The summit will bring together small and large organisations, as well as academics and thought leaders from the UK and Switzerland to discuss how to drive synthetic & engineering biology forward across both healthcare and the environment. Discussion will focus on the challenges faced, and how we can influence policy development to ensure that we are enabling the innovation required and supporting technology transfer to build successful companies. Join BioIndustry Association (BIA) University of Bristol Switzerland Global Enterprise Lucideon in Manchester on 22 - 23 May 2024: https://lnkd.in/gmYdyiJZ #syntheticbiology #engineeringbiology #synbio #healthcare #environment #innovation

Imagine a world where diseases are predicted, food scarcity is eliminated, and the environment heals using biotechnology 🌍. Read our full article to explore global trends shaping the industry 👩🔬, like personalized medicine and synthetic biology ⤵️ 🔗 Read full article - https://lnkd.in/gNUXkvHu #BiotechFuture #BiotechnologyTrends #AiBiotech

ᐈ UK Unveils £2bn Plan for Biological Breakthroughs 📢 The UK has published a £2bn vision for engineering biology, with a focus on cellular agriculture, genomic techniques, medicinal advancements, and sustainable fuel production. The plan aims to boost economic growth and create high-paying jobs over the next decade. The government will also establish an Engineering Biology Steering Group to guide the implementation of the strategy. The UK is positioning itself as a leader in responsible engineering biology innovation. 🇬🇧🔬 #UK #engineeringbiology #biotechnology ▷ Read the full article here: https://lnkd.in/d5KWAEP3

 Bioengineering: The Intersection of Engineering and Biology 🧬 Did you know that bioengineering is revolutionizing industries such as healthcare, agriculture, and environmental sustainability? By applying principles of engineering to biological systems, this cutting-edge technology is pushing the boundaries of what's possible in the world of science. From genetically modifying crops for increased yield and resistance to disease to developing innovative medical treatments and therapies, bioengineering is transforming the way we approach challenges and create solutions. 🌿💡 Curious to learn more about this silent trending tech product in the market? Review Master has got you covered with the latest insights and reviews on this fascinating field. From breakthrough innovations to real-world applications, they've got the scoop on everything bioengineering-related. 📈🔍 Stay ahead of the curve and join the conversation on the future of bioengineering. Don't miss out on this game-changing technology that's shaping the world we live in. 🌎✨ Click the link in my bio to discover Review Master's comprehensive review on bioengineering and unlock the potential of this incredible field! 💻🔓 #Bioengineering #Innovation #Technology #ReviewMaster #BioengineeringRevolution #FutureForward

Synthetic biology enabled COVID vaccines and can help with all sorts of other challenges today. This article is an accessible introduction to the opportunities by Andrew Hessell, who co-authored “The Genesis Machine”. Read the intro, (read the book!) and let us know at clientservice@walterscott.com if you’d like to discuss the investment implications. I understand it is a hot topic at the #SACRS Fall Conference this week. #investing #syntheticbiology

The current state of scientific research, particularly in #biotechnology , reflects a troubling shift. What was once a collaborative field aimed at advancing human well-being is now overshadowed by greed and monopolistic practices. The realm of Spatial Biology, in particular, has become so entangled in litigation that it deters new companies from entering the market. Moreover, under the guise of innovation, the situation has escalated to where companies are being cornered. Zoom into the image to get a closer look at the underlying issues plaguing the industry's competitive practices https://lnkd.in/gXZebjU7 #MonopolyInScience #InnovationNotLitigation

As it is apprehended from basic biology that all members of Kingdom Animalia are heterotrophic, I strongly recommend that this should be included as one of the major causes of global hunger though to some seems lack sense .in order to adress this challenge, I had an idea that we can find ways in which we can be autotrophic. Yes, you've never thought of such that's why it seems impossible but as a biomedical scientist I speculate it as possible but don't enquire how. I just need your insights to bring off this. World Food Programme , Action Against Hunger | ACF-USA ,The Hunger Project Heifer International what's your view? Non-combative ideas only