Upstream
Revolutionizing EV Production: Immortalized hMSCs in Suspension!
**Excerpt:** 🌟 Discover how adapting immortalized hMSCs to suspension culture revolutionizes EV production, boosting scalability and reducing costs! 🚀💡🔬
Conquering Contamination in Gene Therapy Production
🌟 Overcoming sterility challenges in cell and gene therapy is vital! 🧬 Discover solutions for contamination risks and ensure quality! 🔬💡✨
RevIT AAV: Transforming Gene Therapy Production Efficiency
🔍Discover RevIT AAV: A game-changing enhancer for gene therapy production, increasing efficiency by 2-4X. 🧬🔬🧪
Revolutionary Vertical Bioreactors Slash Cell Therapy Costs
📰 Vertical bioreactors could revolutionize cell therapy, reducing costs and improving oxygen delivery and cell growth. 🚀👨🔬⚙️
Breakthrough Biofungicide Field Testing Underway: Promising Results Expected Soon
🌱 Belgian AgTech company, Biotalys, begins field testing for its biofungicide, BioFun-6, targeting crop pathogens in fruits and vegetables. 🌾🍅🌽
Discover the Surprising Dual Nature of One Bacterium
🔍 Researchers discover a bacterium with dual nature: harmful in hospitals, but with potential in dyeing fabrics and medicine. 🧫💉🌈
Revolutionary Biofuel Breakthrough: $6M Funding Fuels Terragia’s Low-Carbon Tech
Terragia Biofuel raises $6 million to develop low-carbon biofuel technology 🌍🔬💰🌱🚀👥
Revolutionary 10-Day Lentiviral Vector Breakthrough Boosts Gene Therapy Efficiency
🔍 Researchers have developed a method to optimize lentiviral vector production, allowing for high-titer LV harvest for more than 10 days. 💉💥🧬
Discover the Game-Changing Modulator for Antibodies
🔍 Scientists discovered a new modulator, maduramycin, that enhances M5 glycans in monoclonal antibodies (mAbs). 🧪👩🔬 🔬 Maduramycin offers an alternative to existing modulators for subcutaneously-administered biologics. 💉 🔬 The combination of maduramycin and kifunensine allows control over high-mannose distribution in manufacturing processes. 💪
Supercharging Bioprocessing with Microbes: The Future of Genetic Engineering
Getting More from Microbes explores the 🧫 world of microbial systems in bioprocessing and the 🧬 development of innovative cell lines. 🚀
