Bioreactor– tag –
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MDPI Paper Proposes AI-Driven Digital Twin Framework for Real-Time Optimization of Industrial Fermentation
MDPI Switzerland Overview A new paper published in MDPI focuses on leveraging digital twins as an advanced AI application for industrial fermentation processes. The digital twin functions as a real-time virtual replica of a bioreactor, e... -
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... -
Norwegian University of Life Sciences Offers PhD Scholarship for AI-Driven Digital Twin to Optimize Microbial Lipid Fermentation in Real-time
Jobbnorge Norway Overview The Norwegian University of Life Sciences (NMBU) offers a PhD scholarship focused on developing AI-driven digital twins for real-time optimization and control of microbial lipid fermentation processes. This proj... -
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... -
VerdaML: AI-Driven ML Framework Optimizes Microalgal Bioreactor Biomass Yield and Lipid Accumulation
Frontiers in Bioengineering and Biotechnology Switzerland Overview The academic paper 'VerdaML' introduces an explainable, dual-objective machine learning framework for optimizing microalgal photobioreactor cultivation. This AI-driven sy... -
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... -
AI and Digital Twin Technologies Revolutionize Bioprocessing for Sustainable Manufacturing and Enhanced Efficiency
Facebook (CRB) USA Overview Integrating digital twin technology, advanced bioreactor design, and AI is transforming bioprocessing by reducing energy consumption and improving efficiency for sustainable manufacturing. AI accelerates enzym... -
Cellistic CTO Highlights Japanese Conditional Approvals for Cardiac and Parkinson’s iPSC Products, Outlining Path to Commercial-Scale iPSC Cell Therapy Manufacturing
The Medicine Maker UK Overview In an interview with The Medicine Maker, Stefan Braam, CTO of Cellistic, stated that the industry's main focus is the ability to consistently provide iPSC-based cell therapies at commercial scale for large ... -
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... -
Digital Twin Technology Revolutionizes Bioprocesses: Enabling Simulation-Based Optimization of Stirring Speed, Feed Rates, and Aeration to Reduce Risk and Cost
JojoImats (Facebook post) Unknown Overview A Facebook post by JojoImats highlights how digital twin technology is revolutionizing bioprocess development. This technology creates a faithful digital replica of physical systems like bioreac...
