Cell Manufacturing– tag –
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EU Project MODICA Innovates Bioprocess Scaling and Semi-Continuous Operation with Adaptive Digital Twin (ADT)
Modica EU Overview MODICA P.S.A., co-funded by EU funds, is developing an innovative Adaptive Digital Twin (ADT) for bioprocess modeling. This system integrates with modular bioreactor hardware components to enable efficient bioprocess s... -
Thermo Fisher Scientific Seeks Bioprocess Digital Twin Data Scientist for CHO Cell Culture, Accelerating AI-Driven Optimization
Haystack USA Overview Thermo Fisher Scientific is hiring a Data Scientist to lead digital twin model development for CHO cell culture and upstream bioprocess workflows. This role involves hybrid modeling using AI, machine learning, and B... -
Point-of-Care Manufacturing Accelerates for Cell and Gene Therapies; Lonza Cocoon Sale Reshapes Industry Landscape
BioPharm International International Overview Point-of-care (PoC) manufacturing for biopharmaceuticals, particularly cell and gene therapies, is gaining momentum, with systems like Lonza's Cocoon and Miltenyi Biotec's CliniMACS Prodigy p... -
AI-Driven Innovation to Propel Industrial Biomanufacturing Market (2027-2037) Through Enzyme Discovery and Fermentation Optimization
IDTechEx (Report Summary) UK Overview This article provides an overview of a recent IDTechEx market research report, 'Industrial Biomanufacturing 2027-2037: Technologies, Markets, Players, Forecasts'. IDTechEx projects industrial biomanu... -
Perfusion Cell Culture Patents 2026: Top 5 Assignees Hold 79.2% Share, Hardware and Cell Line Engineering Dominate Claims
Patsnap Germany Overview A patent analysis based on mid-2026 data reveals that 79.2% of patent activity in perfusion and intensified cell culture technologies is concentrated among the top five assignees. These patents primarily cover ha... -
Perfusion Bioreactor Adoption Doubles to 65.8% Since 2016, Accelerating Shift to Continuous Biomanufacturing
synbio.intel USA Overview A BioPlan Associates survey from August 2026 reveals that single-use perfusion equipment usage has doubled to 65.8% across all production stages since 2016, indicating an accelerating shift towards continuous bi... -
Bioseon Unveils Proof-Driven Operating Guides for Autonomous Biologics Manufacturing, Supporting CDMOs and Biopharma with Live Titer & CQA Control via Soft Sensors and Digital Twins
Bioseon Unknown Overview Bioseon has released 'Proof-Driven Operating Guides' for autonomous biologics manufacturing. These guides focus on live titer and critical quality attribute (CQA) control utilizing soft sensors, Process Analytica... -
Era of AI-Driven Biocatalyst Design: Advances in High-Throughput Sequencing, Modeling, and Machine Learning Revolutionize Enzyme Engineering
(Scientific journal/review) Unknown Overview A new review discusses the evolution of enzyme engineering from classical strategies to AI-driven biocatalyst design. Advancements in high-throughput sequencing, modeling, and machine learning... -
Endress+Hauser Boosts Single-Use Bioprocessing with Innovative Proline Promass U 500 Coriolis Flowmeter, Integrating Reusable Units with Disposable Sensors for Enhanced Flexibility
Endress+Hauser Switzerland Overview Endress+Hauser announced the Proline Promass U 500 Coriolis flowmeter as the latest innovation in single-use technology for bioprocessing. This groundbreaking technology combines a reusable base unit w... -
Bio-Link Report: Single-Use Systems Transform Vaccine Sterile Manufacturing into ‘Flexible Smart Manufacturing’, Achieving Enhanced Efficiency and Cost Reduction with 2000L+ Bioreactors
Bio-Link Unknown Overview A Bio-Link report states that single-use systems are transforming vaccine sterile manufacturing from a 'steel jungle' into 'flexible smart manufacturing.' These systems enable cost reduction, accelerated technol...
