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A worthwhile read - The Vision, Needs, and Proposed Actions for the Data for the Bioeconomy Initiative report outlines a whole-of-government approach to streamlining access to high quality data and maintaining a robust data infrastructure that will empower a flourishing U.S. bioeconomy Biotechnology, cleantechnology, synthetic biology, artificial intelligence, automation, data science, microbiology and gene technology all critical to enable the linear to circular transition that Scion is so passionate about and New Zealand and the world so desperately needs. Take New Zealand - how quickly can we move our economy from incremental adjustments to transitioning to a circular bioeconomy - able to respond to the challenges of the coming decades but also best placed to take the opportunities offered by the linear to bio and circular transition. What an opportunity of turning New Zealand into a global hub for the circular bioeconomy. This can be underpinned by New Zealand’s natural competitive advantage around growing sustainable biomass linked with an emerging biomanufacturing sector. Instead of watching the global biomanufacturing race and supplying cheap renewable feedstock, New Zealand should be at the forefront of leading a climate – and nature-positive economy replacing fossil energy with renewable energy and replace carbon-intense materials and products with sustainable alternatives. #biomanufacturing #biotechnology #manufacturing #bioeconomy #circulareconomy #circularbioeconomy #sustainablefuture #cleantechnology #climatetech #advancedmanufacturing #biorefinery #climatechange #biomaterials #bioenergy https://lnkd.in/gUbGNiGc

🚀 The bioeconomy is revolutionizing industries from healthcare to agriculture, offering sustainable, innovative alternatives to traditional approaches. With the global bioeconomy estimated in the trillions of dollars and projected to continue to grow in the next decade, the potential is immense. 🌍 We are proud to collaborate with the World Economic Forum to drive this transformation. As we harness the convergence of physical, digital, and biological technologies, we have a unique opportunity to enhance health, prosperity, and ecological balance. Our latest report, created with the World EconomicForum, not only explores the opportunities and challenges in driving adoption, but shares valuable insights on how we can accelerate the tech-driven bioeconomy forward at scale. Join us in embracing the future of the bioeconomy and working towards a sustainable and prosperous world that puts people and planet first. 🔗 Read the full report https://bit.ly/4cRmXyr #GetTheFutureYouWant #Bioeconomy #SyntheticBiology #EngineeringBiology

Today in BioMACS Review, we explore Environmental Biotechnology and Its Impact on Human Health and Society 🌍 Harnessing Environmental Biotechnology for a Healthier Future 🌍 🔬 Environmental biotechnology is revolutionizing the way we approach health and sustainability. By leveraging natural processes, we can address critical environmental issues while promoting human health and societal well-being. 💡 Key Applications: Pollution Control: Utilizing bioremediation to clean up contaminated environments, reducing health risks associated with pollutants. Waste Management: Developing sustainable waste treatment methods that minimize environmental impact and protect public health. Resource Recovery: Transforming waste into valuable resources, such as biofuels and bioplastics, contributing to a circular economy. 🌱 Our Commitment: At the Biomedical & Applied Clinical Sciences Research Centre, we are dedicated to advancing research in environmental biotechnology. Our goal is to develop innovative solutions that enhance both environmental and human health. 📊 Stay Tuned: Follow our updates as we explore the latest advancements in environmental biotechnology and their applications to human health and society. #EnvironmentalBiotechnology #HumanHealth #Sustainability #BioRemediation #CircularEconomy #EcoInnovation Woxsen University Raul Villamarin Rodriguez Daya Shankar Tiwari vishal anand Dr Srikar Thota Bikram Bikash Das Dr. Shouvik C. Dr.Madhuri Pola (PhD, NIT Warangal)

Deep tech and the convergence of the physical, digital and biological worlds are fuelling the acceleration towards bio-based solutions in the bioeconomy. This latest World Economic Forum report, co-authored with Capgemini, crafted with insights from an incredible set of experts, delves into how technological convergence will drive the tech-driven bioeconomy forward. The level of engagement across communities has been extraordinary. The dedicated team has facilitated workshops, identified trends, explored potential inflection points, and envisioned the future. Their goal: to understand how technology will propel the creation of a scaled bioeconomy that promises health, prosperity, and ecological balance. Connect with us if your business is keen to harness the opportunities emerging from the convergence of the physical, digital, and biological worlds. #WeDoDeepTech #GetTheFutureYouWant #Bioconomy #Innovation #WEF

This conference has brought lots of ideas in working towards sustainable bioeconomy. I am happy that I joined this. This conference made me realize the importance of using sustainable approaches in research. #sustainable #bioeconomy #Biotechnology #Research

"Thrilled to have been part of the National Conference on 'Circular Bioeconomy and Bioengineering Approaches for a Clean Environment and Health'! 🌿🔬 Excited to have contributed to discussions on sustainable solutions and innovative approaches in bioengineering for a healthier planet. Grateful for the opportunity to learn and collaborate with leaders in the field. #Bioengineering #CircularEconomy #CleanEnvironment #VFSTR #Biotechnology"

This insight-packed report from WEF and Capgemini highlights that bio solutions will be part of the answer to the global economy shifting away from fossil-based products. It's clear that Deep Tech approaches from the new synthetic biology revolution will be a vital part of creating workable commercial solutions. #WEF #syntheticbiology #deeptech #bioeconomy #biotech Frances Metcalfe Sajith Wimalaratne Ian Taylor Niall Mottram Roshan Soorunsingh Gya Richard Traherne Chris Roberts Catherine Joce CEnv Cassandra Padbury Sally Epstein Niall Hunt

🚀 Australia's bioeconomy is set to soar with the potential for $30B in revenue and 50K new jobs by 2040! Learn more about how CSIRO and Main Sequence are leading the way in synthetic biology and fostering innovation across multiple sectors. Gabrielle Munzer, Partner at Main Sequence Ventures, said that venture capital investment into cutting edge synthetic biology applications promises to deliver transformative benefits across a range of sectors. “Synthetic biology has incredible potential to positively impact many global challenges, from food production to environmental sustainability,” Ms Munzer said. Read more 👇 ------------- Join our newsletter for the latest updates on Australia's economy: https://lnkd.in/gev_UBwT ------------- #SynBio #BioEconomy #Innovation #Australia #Economy

Synthetic biology offers vast opportunities in Australia. It holds great potential to address not only health challenges but also critical supply chain issues, mitigate climate change, create jobs in regional Australia from agricultural and municipal waste and create a mature 21st century bioeconomy. However, we overlook the opportunities beyond healthcare. It is time to embrace the bioeconomy and realise the vision of a bioeconomy in Australia. https://lnkd.in/gE8p5dcx Isak Pretorius Ian Paulsen Thom D.

The advent of new technologies has significantly accelerated the development of the global bioeconomy. This swift and substantial growth necessitates the establishment of global standards and metrics to sustain and foster further innovation. Paul Freemont, India Hook-Barnard, PhD, and Matthew Chang have identified ten key areas where new initiatives can be implemented to address the imperative for standardization. Vilas Dhar, Beena Ammanath, Jeremy Jurgens, Sebastian Buckup, Cathy Li, Daniel Dobrygowski, Mario R. Canazza, Valeria D’Amico, Satwik Mishra, Helene H., Sarah Mortell, Jan Riecke, Anissa Arakal, Amrit Dhaliwal #bioeconomy #syntheticbiology