Manus’ Post

🌿📢 Get ready to explore our forthcoming pre-print—a pioneering journey that harmonizes the realms of synthetic biology, green bioprocessing, and cutting-edge chemistry. Together, we’ve harnessed the potential of over 100 distinct terpenes, weaving an aromatic tapestry beyond compare. 🧪🌱 Beneath its captivating scent lies a multi-billion-dollar industry, overshadowed by traditional harvesting practices threatening the very trees it depends on. Our endeavors reach far beyond fragrance; they signify a pact with nature and the dawn of a sustainable terpene production era. In this world, interdisciplinary collaboration (Sebastian Overmans, PhD, Gordon Wellman, Vasilios G. Samaras, Claudia Oviedo, Martin Gede) reigns supreme, and it’s unfolding before your eyes. Welcome to the future of synthetic biotechnology! 🍃 Stay tuned for the fully reviewed and polished version. The fusion of science and sustainability is crafting an aromatic legacy like no other. 🌏✨ #KAUSTResearch #SustainabilityInScience #SyntheticBiotechnology

Bioalternatives are better performing versions of complex molecules typically extracted from plants, animals, or fossil fuels. They’re higher quality, higher purity, more affordable, provide a stable supply and increased traceability with less land use, less energy, less water, and CO₂. They are a safe, sustainable, and chemically identical alternative. We are accelerating the transition to bioalternatives by delivering the benefits of synthetic biology, today. What are your thoughts on the future of bioalternatives, their potential practical applications, and their positive impact on our resources? Leave a comment below! Just like nature, Made by Manus™: manusbio.com #bioeconomy #biomanufacturing #biotechnology #syntheticbiology #MadeByManus

Thanks to SynBioBeta and Kostas Vavitsas for this Insight article on synthetic biology and how it can provide sustainable pathways to our fossil carbon habit! Great to hear the perspectives of Christine Santos and Ginger Krieg Dosier on how we can make a change to our supply chains in mainstream markets. #synbio #innovation #sustainableliving

Happy to attended the 8th Green & Sustainable Chemistry Conference in Dresden. I had the opportunity to talk about my research topic focused on the development of a biorefinery integrated process for the valorization of Opuntia ficus-indica. The idea is to use cladodes of Opuntia in a closed loop passing through three different stages: i) Extraction of polysaccharides suitable for cosmetic formulations via ultrasounds; ii) Anaerobic digestion of extraction residues in order to produce biomethane; iii) Digestate valorization in agriculture field. #greenchem2024 #sustainability #greenchemistry #circulareconomy

At Enzymicals, we're delving into the vast realm of catalytic biodiversity by exploring extensive enzyme panels that mirror nature's incredible diversity. Thousands of enzymes are already available in our laboratories and are waiting to be screened with your substrate. Our commitment to innovation drives us to harness the power of nature, unlocking their ability to perform complex and highly efficient conversions. 🌿 Nature's Catalysts for Complexity: Enzymes, with their catalytic prowess, can achieve intricate conversions efficiently. At Enzymicals, we're your gateway to accessing this biocatalytic potential through our specialized services. 💡 Sequence and Function Driven Approaches: Our innovative approach includes sequence- and function-driven methods to create novel panels with advanced biocatalysts, considering the existing IP landscape. Enzymicals excels in focusing on single assets with Freedom to Operate or innovations with a strong patent position. 🚀 Accessing Catalytic Biodiversity - Our Commitment: "Accessing catalytic biodiversity" is not just a slogan; it's our mission. Enzymicals is at the forefront of unlocking nature's catalytic potential to revolutionize chemical synthesis. Discover how Enzymicals is transforming the landscape of catalysis. Connect with us to explore the possibilities of super-efficient and sustainable chemical transformations. Learn more: www.enzymicals.com #enzymes#biocatalysis#sustainability#innovation#biotechnology#greenchemistry#catalysis

University of Washington researchers led by Prof. Eleftheria Roumeli have developed new bioplastics that degrade on the same timescale as a banana peel. These bioplastics are made entirely from powdered blue-green cyanobacteria cells (spirulina). In addition, these algae-based bioplastics are machinable and have remarkable shape fidelity when making imprints. (Published June 2023) #environment #degradablepolymer #literature https://lnkd.in/gpncJ-35

"From Fossils to Cells: Rethinking Chemicals with Synbio 🌱💡 Could biology be our next source for chemical feedstocks? The dawn of synthetic biology, or 'synbio', suggests a resounding yes. Pioneers are transforming the field into a hub of sustainability and innovation. One groundbreaking example is Biomason, co-founded by Ginger Krieg Dosier, which uses bacteria to create materials for sustainable construction. Their work epitomizes a wider movement where eco-friendly products derived from synbio processes challenge the traditional, often environmentally damaging methods. A fresh perspective from industry leaders like Christine Santos of Manus Bio reveals synbio's potential to disrupt traditional supply chains and reduce environmental impact. Companies like LanzaTech are bridging the gap between carbon emission and useful products, pioneering ethylene production from carbon fermentation. Yet, the challenge remains to transfer lab-scale success to large-scale production. Partnerships lie at the heart of this conundrum, offering synbio startups a lifeblood to flourish and persuade industries and consumers alike of viable alternatives to petrochemicals. For a true bioeconomy, diversity in thought and application is key. Looking forward, can we reimagine our reliance on extracted materials? The promise lies in leveraging biology's versatility to create a new sustainable landscape. #SyntheticBiology #Sustainability #Innovation

Important paper from BioMADE on the importance of adopting the “4S Principles” of safety, security, sustainability, and social responsibility for the future of the U.S. bioeconomy. Biomanufacturing practitioners are continuously developing norms to govern this growing industry and companies like Manus are committed to supporting the process of finding sustainable solutions – bioalternatives – for our planet. Read the full paper: https://bit.ly/3vCIMBb Just like nature, Made by Manus™: manusbio.com #bioeconomy #biomanufacturing #biotechnology #syntheticbiology #MadeByManus

Did you know that industrial fermentation, powered by the innovative field of synthetic biology, is revolutionizing our approach to sustainability? By harnessing the power of engineered microbes, we can efficiently transform raw materials into valuable products, all while significantly reducing carbon emissions. This cutting-edge method not only slashes harmful greenhouse gases but also ushers in a new era of cleaner, more eco-friendly industrial practices. Stay updated on the latest breakthroughs in synthetic biology and learn how we're making a difference. Follow ETSU Research Corporation for more insights and updates on the latest breakthroughs in synthetic biology. #Synbio #IndustrialFermentation #Sustainability #ETSUResearch