biopharmaceutical production

biopharmaceutical production

featured image of Sandoz Acquires Lucentis for $170 Million Boosting Ophthalmology Portfolio and Expanding Global Access

Sandoz Acquires Lucentis for $170 Million Boosting Ophthalmology Portfolio and Expanding Global Access

BIOT

📰 Sandoz acquires Coherus' Lucentis for $170m, expanding its ophthalmology portfolio. 💰 Lucentis treats eye diseases worldwide.

featured image of Celltrion's Game-Changing 5-Year Partnership Boosts Biotech

Celltrion’s Game-Changing 5-Year Partnership Boosts Biotech

BIOT

📢 Celltrion taps Prestige Bio in a 5-year CDMO deal, expanding its capabilities and strengthening its global position. 💼🌐💪📈

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. 🌐

featured image of Unlocking Biopharma's Full Potential with IoT

Unlocking Biopharma’s Full Potential with IoT

BIOT

📢 Biopharma industry lags in embracing IoT due to complexity. 🔬 IoT can enhance processes, cut costs. 🏭 Challenges exist. 💡 Sector-wide effort needed. 🌐 Universal solutions, strategies, training can help.

featured image of Time-saving Raman Spectroscopy Models for Cell Culture Monitoring

Time-saving Raman Spectroscopy Models for Cell Culture Monitoring

BIOT

🔍 Raman spectroscopy is becoming popular for monitoring cell cultures in biopharmaceutical production. 🔬 Creating accurate calibration models for Raman-based monitoring is challenging and time-consuming. 🧪 Scientists developed orthogonal projection to latent structures (OPLS) models to predict production and culture indicators. 📊 The models accurately predicted glucose and lactate levels across different clones, but had issues with predicting titer levels. ✨ A generic calibration model can be used for glucose and lactate levels, but not for product prediction. 🔬 Raman spectroscopy is useful for monitoring cell cultures, but creating calibration models is still time-consuming.