monoclonal antibodies

monoclonal antibodies

featured image of Revolutionary AI Model Transforms Drug Development Confidentially!

Revolutionary AI Model Transforms Drug Development Confidentially!

BIOT

Unlocking drug development! 🧪 New Jersey researchers built a model to estimate antibody viscosity while keeping data confidential. 🔒✨ DeepLearning

featured image of Defense Department Chooses Just - Evotec for Biomanufacturing Breakthrough

Defense Department Chooses Just – Evotec for Biomanufacturing Breakthrough

BIOT

📢 The U.S. Department of Defense selects Just - Evotec Biologics for biomanufacturing optimization! 💼💲🔬✅ $39 million program to enhance rapid response capabilities.

featured image of Transgenic Goats: The Solution to South Africa's Drug Shortages?

Transgenic Goats: The Solution to South Africa’s Drug Shortages?

BIOT

🔍 South Africa partners with Bio-Sourcing and Afrigen Biologics to use transgenic goats for affordable medicines. 🐐👩‍⚕️💡🌍

featured image of Game-Changing VHH Proteins: Threatening Monoclonal Antibodies?

Game-Changing VHH Proteins: Threatening Monoclonal Antibodies?

BIOT

🔍 VHH proteins could challenge monoclonal antibodies. 💡 They are smaller, simpler, and cheaper, offering advantages in certain applications. 💰💊💪🌍

featured image of Revolutionary Monoclonal Antibodies: Unleashing Advanced Therapies

Revolutionary Monoclonal Antibodies: Unleashing Advanced Therapies

BIOT

🔍 Monoclonal antibodies (mAbs) have paved the way for advanced therapies, thanks to decades of development and manufacturing improvements. 💪

featured image of Discover the Game-Changing Modulator for Antibodies

Discover the Game-Changing Modulator for Antibodies

BIOT

🔍 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. 💪

featured image of Boosting Machine Learning in Biotech with Prediction Stability

Boosting Machine Learning in Biotech with Prediction Stability

BIOT

📚 Researchers have developed an approach to improve machine learning in biological sequence design. 👥 By considering prediction stability, the selection pool of antibodies can be expanded. 💡 This method allows machine learning algorithms to identify diverse sequences unrelated to training data. ⚖️ The approach balances safety and success by finding a middle ground between prediction accuracy and uncertainty. 🧪 Scientists validated this approach by designing antibodies against galectin-3 and successfully expressing a desired sequence. 🔬 The researchers used their own multi-objective optimization software, but any off-the-shelf optimizer can be used. 🌐 This approach can be particularly useful in situations with limited data.

featured image of UK Accelerates Biologic Manufacturing with Next-Gen Therapies

UK Accelerates Biologic Manufacturing with Next-Gen Therapies

BIOT

📰 The U.K. is leading the way in biologic manufacturing, investing in cutting-edge therapies and advanced analytical technologies. 🇬🇧💉

featured image of Revolutionary Smart Modeling Boosts Bioprocessing Efficiency

Revolutionary Smart Modeling Boosts Bioprocessing Efficiency

BIOT

Scientists and engineers are revolutionizing bioprocessing through smart modeling and analytics software. 🧬🔬💡✅

featured image of Game-changing Solution: Abundant Albumin Opens Doors

Game-changing Solution: Abundant Albumin Opens Doors

BIOT

📅 December 20, 2023: Abundant albumin offers opportunities for CDMOs! 🧪💼 Break the monopoly, reduce costs, and increase product likelihood! 🚀🔬