artificial intelligence

artificial intelligence

featured image of Unlocking AI in Cell Therapy: Start Small for Success!

Unlocking AI in Cell Therapy: Start Small for Success!

BIOT

Cell therapy developers must embrace AI cautiously. 🧬 Start small for gradual growth, ensuring long-term success and better ROI! 📈🤖

featured image of Unlocking Bioprocessing: Culture Biosciences & Google Cloud Team Up!

Unlocking Bioprocessing: Culture Biosciences & Google Cloud Team Up!

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🌟 Culture Biosciences partners with Google Cloud! 🤖 AI integration will optimize bioprocessing, enhancing real-time monitoring and biomanufacturing. 📈🔬

featured image of Revolutionizing Bioprocessing: Achieving Quality by Design

Revolutionizing Bioprocessing: Achieving Quality by Design

BIOT

1. 🌱 From Quality by Testing to Quality by Design: How the bioprocessing industry is embracing innovation for better efficiency and consistency. 🚀 2. 🏭 The Ongoing Journey to Quality by Design: Integrating AI, IoT, and digital twin tech for improved bioprocessing outcomes. 🌐

featured image of Revolutionizing Bioprocessing: Virtual Bioreactors & AI

Revolutionizing Bioprocessing: Virtual Bioreactors & AI

BIOT

📌 Discover how upstream bioprocessing is revolutionizing biotherapeutics with nondestructive monitoring, in silico modeling, and improved fluid dynamics! 🧪🔬🚀

featured image of Revolutionizing Bioprocessing: Boost Production and Achieve Scalability

Revolutionizing Bioprocessing: Boost Production and Achieve Scalability

BIOT

🔍 Upstream bioprocessing can be more intense and stable with holistic monitoring and control technologies. 🔬 Experts discuss platforms for industrializing cell therapy, machine-learning-assisted clone selection, microbioreactors for modeling large-scale processes, and streamlined process analytical technology. 📊 These options can boost production and achieve a state of readiness in biomanufacturing. 🚀 The goal is to have a reliable and scalable platform from the start. 🧪 Artificial intelligence can help predict clone performance in intensified processes. 🌱 Clones optimized for fed-batch processes may not be ideal for perfusion processes. ⚙️ True perfusion processes should start with clones optimized for perfusion conditions.

featured image of CEO of Généthon Reveals Future of Gene Therapy

CEO of Généthon Reveals Future of Gene Therapy

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🔍 Frédéric Revah, CEO of Généthon, reflects on the past, present, and future of the organization in an interview. 🧬 Généthon was created in 1990 with a focus on gene therapy research for rare genetic diseases. 💡 Revah discusses the challenges of financing development for rare diseases and the need for equity in distribution. 🏭 Généthon is working on improving bioprocessing and reducing the cost of production for gene therapies. 🤝 The organization collaborates with partners in various fields to advance their research. ⚙️ Exciting developments include producing AAV in plants and using artificial intelligence to optimize bioreactors. ❌ The industry faces challenges such as improving the full-to-empty ratio of virus capsids. ❗️ Revah comments on the Pfizer incident and assures that Généthon is closely monitoring safety in their own clinical trial.

featured image of Revolutionizing Protein Purification with AI

Revolutionizing Protein Purification with AI

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🤖 Researchers in Austria 🧬 are using artificial intelligence to describe the 3D structure of therapeutic proteins. 🔬 📊 The AI helps design processes for purifying advanced therapies during manufacturing ⚙️. 🌟 Improve process development and understand protein biology using AI in the future. 🌟

featured image of Pharma's Tech Revolution: AI and Synbio Supercharge Biologics

Pharma’s Tech Revolution: AI and Synbio Supercharge Biologics

BIOT

📰 Pharma is using new technologies like AI and synthetic biology to maximize biologics manufacturing. 💊 Innovations are improving antibody stability and yield, accelerating production and drug development. 🌐