BioprocessUpdates’ Post

📢 Boosting Valuable Dye Production with Bacteria's Secrets! 🌊 Researchers have tackled the production of prodigiosin, a valuable dye from Serratia rubidaea. 🐚 They mimicked the bacteria's natural environment, including low oxygen and nutrient changes, leading to a significant yield increase. 🔬 Their innovative method boosted prodigiosin production by 3.7 times. 💡 This study highlights the importance of replicating environmental conditions in biotechnology for improved outcomes. #BioprocessUpdates #Biotechnology #Prodigiosin #SerratiaRubidaea #EnvironmentalConditions #SustainableProduction #ResearchInnovation #BacterialDye #YieldIncrease #MicrobialBiotechnology #ScientificBreakthrough #Bioprocessing #NaturalEnvironment #DyeProduction #InnovativeMethods #GreenChemistry ▷ Read the full article here: 📎 https://lnkd.in/erruu5u7

We are thrilled to announce the launch of our brand new website! 🎉💡 ✨ You can now head over to our website to learn more on our advanced solutions for image enabled #droplet analysis and sorting. But that's not all! Starting next week, we will be sharing a series of weekly educational posts that dive into #microfuidics-based #droplet research. You’ll learn about the theory, practice, and what sets our technology apart. www.sensific.de Remember to hit ‘follow’ to stay updated! #Biotechnology #Microfluidics

Research is crucial to generate innovation. Ilaria Lebano, our Head of Biostimulant Microbial Technologies, is the leading author of a peer-reviewed paper published in the “Scientific Report” journal that shows the benefits of MALDI-TOF MS analysis, the Atessa Research Center in-house technology, for the study and comparison of large microbial datasets. This study is important as its findings can lead to several promising achievements, allowing us to speed up the delivery of new microbial-based solutions including biostimulants, biocontrol products, and biological seed treatments, thus offering more choices and flexibility to farmers. Watch the video and find out more! #SciencebasedSolution #SustainableFarming #Innovation #biologicals

🎶 Keep on rolling, rolling, rolling on the #Rotavapor! 🎶 Excited to share a sneak peek of our latest #extraction process in action. Watching these extracts roll and purify is always a thrill. 🌱🔬✨ #LabLife #ExtractionExcellence #ScienceInAction #RollingOnTheRotavapor #ChemistryMagic #Innovation #TinaTurnerInspired #Research #LabGoals #Biotech #ScientificBreakthroughs #KeepOnRolling

🌱An early-career plant researcher, Lena Maas presented her journey in the plant science industry and gave an overview of Hudson River Biotechnology - a biotech company, where she works as a CRISPR and regeneration specialist, contributing to their mission of crop improvement through biotechnology for a sustainable bioeconomy. 🐯At HRB, they do CRISPR editing using a so-called TiGER Workflow, which 'helps to remove the hurdles which are usually encountered in CRISPR-based gene-editing in plants, leading to a faster process and higher quality product.' ℹ️Learn more about this technology: https://lnkd.in/ehwRQagy #plantscience #EUBioeconomy #CRISPR #geneediting #biotechnology

Day 2 at SynBioBeta 2024 and we’re back with David Muldoon, newly appointed Chief Business Officer at Manus, and Kevin J. Fox, our Head of BioManufacturing Program, to discuss their takeaways! David notes it’s been great to meet with potential partners and current partners in the industry and connect face to face about challenges facing our industry. Most notably, the need for scaling synthetic biology. Potential future collaborations within the industry and certain government agencies could help to facilitate the scaling of this important synthetic biology work. Kevin shares his insights on the importance of scaling products specifically as it relates to supply chain security. Another big topic, especially as it relates to the future of the U.S. bioeconomy, he notes that having a U.S.-based supply of important ingredients and materials will all play a role in increasing sustainability of production as a whole. We look forward to day 3 and continuing to connect with the industry’s leading experts in synthetic biology! Stay tuned for more! #bioeconomy #biomanufacturing #biotechnology #syntheticbiology #MadeByManus #SynBioBeta2024 #SynBioBeta24

Insight from today's EuropaBio - the European Association for Bioindustries webinar 👇 𝗦𝗸𝗶𝗹𝗹𝘀 and 𝗜𝗻𝗳𝗿𝗮𝘀𝘁𝗿𝘂𝗰𝘁𝘂𝗿𝗲 are some of the 𝗸𝗲𝘆 𝘀𝘁𝗿𝗲𝗻𝗴𝘁𝗵𝘀 of the 𝗘𝘂𝗿𝗼𝗽𝗲𝗮𝗻 #biomanufacturing.   Skills🧠 ▪️ 42% of the world's top 100 universities for life science are in Europe ▪️ Europe leads in high-quality publication   Infrastructure⚙️ ▪️ the precision fermentation capacity in Europe is roughly 2x that of the US   These two are also 𝗼𝗽𝗽𝗼𝗿𝘁𝘂𝗻𝗶𝘁𝗶𝗲𝘀 in Europe's ambition to be amongst the leaders in the future powered by BIO.   Thanks, Francisco Castro Alves and Claire Skentelbery for the summary of the recent Biomanufacturing Policy Summit 2024! #Biotech #IndustrialBiotech #PrecisionFermentation #EuropeanBiotech

🔬 APPLICATION TUESDAY: Dive into precision in biological research & biotech!💡 Buffers maintain pH, while media provide nutrients for cell growth. Discover how measuring optical rotation, refractive index, & density ensures purity. 📊🔍 Unlock optimal growth conditions & reproducible outcomes! Click below to delve into the science! 👇 #Biotech #Buffers #CellCulture #ResearchExcellence #S4Science #Solutions4Science #Biotechnology #Biotech SCHMIDT + HAENSCH🚀🔬

Discover the eco-friendly potential of bioplastics and how the packaging industry is being revamped with sustainable solutions! 🌿♻️ Read on to find out how bioplastics are paving the way for a greener future, by reducing environmental impacts whilst being able to preserve product integrity. 🌍💚 Article By: Jason Wong #bio #biotech #biotechnology #biotechnology_science #sci #science #sciencefacts #biologystudent #biology #research #lifescience #laboratory #lab #chemistry #sciencenews #materialscience #bioplastics #SustainablePackaging #GreenRevolution #Innovation #sustainability #technology #life

The Brave New World of Synthetic Biology! I. An Extremely Diverse Field SynBio is unique in the breadth of its potential applications — from healthcare to food, manufacturing, industrial processing, and even the digital industries. The maturity of its technologies range from the embryonic to the fully commercialized II. Transformational Impact Technologies like predictive genetic engineering, DNA synthesis for complex organisms, DNA-based storage, and AI-powered applications could transform our industries, our ability to engineer living systems, and how we cope with climate change III. Growth Forecast growth rates for SynBio are >20% CAGR to 2030 overall, especially in healthcare and life sciences and food and agriculture 1. Healthcare and Life Sciences A large range of application areas enable personalized and potentially curative treatments as well as improvements in diagnostics and drug design and development 2. Food and Agriculture Applications are extensive, ranging from crop domestication to synthetic food and bioremediation, with further developments in all these areas expected in the coming years 3. Industrial and Consumer Goods Applications include novel/ specialty products, raw material replacements, sustainability, and process performance improvement 4. Energy Applications include biofuels, bioelectricity, bio-batteries, remediation, and process improvement for traditional fuels 5. IT and Tech DNA-based data storage is the most promising research area but is still only at the proof-of-concept (PoC) stage IV. Strategy 1. Identify Potential Opportunities Pinpoint those areas of the business that could be disrupted, or new opportunities created, by current or envisaged future SynBio technologies. Consider how SynBio could enhance current performance, enable new products or processes, enhance sustainability, and/or improve efficiency or customization 2. Assess Attractiveness and Develop Strategy Take a market-led approach to assessing potential business cases and develop a scenario-based strategy, considering the barriers to be overcome and the critical uncertainties that remain 3. Develop Capabilities Understand where and how to bring together the required capabilities within the ecosystem. This is especially important given SynBio's multidisciplinary nature and shortages of specialist skills 4. Maintain Ecosystem Presence It is vital to engage in regulatory and ethical discourse and respond rapidly if and  when applications become exponential Check out the report by Arthur D. Little here: https://lnkd.in/deH8mrmx #innovation #healthcare #tech #energy #lifesciences #syntheticbiology #biology #sustainability #climate #industry #consumergoods