Cell Culture Technology– category –
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AI and Machine Learning Enhance Bioenergy Production from Anaerobic Digestion Through Advanced Data Processing, Predictive Models, and Intelligent Control
MDPI Switzerland Overview This review summarizes advances in machine learning (ML) and AI-based approaches for predicting, optimizing, and intelligently controlling bioenergy generation in anaerobic digestion (AD) processes. The emphasis... -
Evolving Economics of Single-Use Biomanufacturing: Large-Scale Bioreactors and Process Intensification Expand Commercial Production Strategies
Pharma's Almanac USA Overview The economics of single-use biomanufacturing are increasingly dependent not just on bioreactor volume but on utilization, process productivity, and annual throughput. Specifically, the introduction of larger... -
Enzyme Engineering Achieves Leap Forward with AI and Machine Learning: Generative AI Models Predict Sequence-Structure-Function Relationships, Accelerating Novel Biocatalyst Design
ACS Publications USA Overview This review discusses the dramatic evolution of enzyme engineering from classical methods to AI-assisted biocatalyst development. The application of machine learning and generative AI models enables predicti... -
Transcenta Therapeutics and WuXi Biologics Forge Strategic Alliance to Expedite Commercialization of HiCB Continuous Bioprocessing Technologies
BioSpace USA Overview Transcenta Therapeutics and WuXi Biologics have entered a strategic collaboration to accelerate the commercialization and deployment of Transcenta's proprietary High-Intensity Continuous Bioprocessing (HiCB) platfor... -
Integrated Advances in CHO Cell Engineering, Media, Perfusion, and PAT Drive Next-Gen Productivity Leap in Mammalian Cell Culture
Pharma's Almanac USA Overview Volumetric productivity in mammalian cell culture, particularly with CHO cells, has dramatically increased due to integrated advancements in cell engineering, media optimization, high-density seeding, fed-ba... -
Defined Media for Pluripotent Stem Cell Maintenance Delivers Consistent Cell Quality and Medium Performance via Serum-Free, Xeno-Free, and Feeder-Free Approaches
Cellbase USA Overview The critical role of "defined media" for pluripotent stem cell (PSC) maintenance is highlighted, detailing how serum-free, chemically defined, xeno-free, feeder-free, and animal-component-free approaches contribute ... -
Big Data and AI/Machine Learning Revolutionize Biopharmaceutical Manufacturing, Enabling High-Speed, Efficiency, and Quality through Interoperable Data Management
Frontiers Switzerland Overview This research topic delves into how big data-driven approaches, including interoperable data management solutions, modeling, simulation, and digital twins, are transforming biopharmaceutical process enginee... -
Samsung Biologics Inks $262M Manufacturing Deal with European Pharma, Propelling Songdo Expansion and Exceeding $21.9 Billion in Cumulative Contracts
BioProcess International USA Overview Samsung Biologics has announced a $262 million manufacturing contract with a European pharmaceutical company, extending through the end of 2033. Production will occur at the company’s manufacturing b... -
Dynamic Perfusion Technology Intensifies Upstream Cell Culture Operations, Boosting Product Quality, Yield, and Facility Utilization
Bioprocess Online USA Overview Dynamic perfusion technology is emerging as an innovative approach to streamline continuous cell culture processes, significantly enhancing product quality, yield, and facility utilization. This method elim... -
Chemically Defined Media (CDM) Dramatically Improves Quality and Reproducibility in Biopharmaceutical Manufacturing and Cell Therapy
CASRAI USA Overview Chemically Defined Media (CDM), characterized by fully known components and the absence of undefined animal-derived elements like serum or hydrolysates, is critically important in biopharmaceutical manufacturing and c...
