Computer-Aided Design
Computer-Aided Design
Bioprocessing Breakthroughs: Experts Share Insights!
🌟 Experts dive into bioprocessing challenges, AI's impact, and networking at BPI. Discover trends shaping a dynamic future! 🤖🤝🔗
Revolutionizing Pharma: AI Learns from Experts!
🤖 AI is revolutionizing cell therapy! Multiply Labs and Stanford's LCGM use imitation learning to automate procedures and enhance efficiency. 💊🔬
Capra Biosciences wins $75M to solve pharmaceutical shortages
🔍 Capra Biosciences awarded $7.5M project to scale and manufacture bio-derived small-molecule APIs, addressing ingredient shortages. 🧪🌱🚀
Revolutionary Microfluidics: The Future of Personalized Medicine
🧪 Microfluidics + 🔬 = 💰 & 💉. Discover how personalized medicine can benefit from this powerful combination.
Revolutionizing Lentiviral Vector Production: A Game-Changing Solution?
🧬 Scalability, productivity, and process yield are challenges in lentiviral vector production. Bioprocessing technologies and AI can help improve efficiency. 🚀
Unlocking Advanced Therapy’s Potential with AI: The Key Ingredients
🌍 Advanced therapy manufacturers must have robust hardware and monitoring software in place before benefiting from AI. 🤖📈
Revolutionary CAD Tools: Boosting Biotechnology Breakthroughs
🧬🖥️ Revolutionizing Biotechnology: Asimov's CAD tools optimize genetic designs, improving antibody titers and democratizing access through web-based software. 🌟
