Energy Efficiency in Bioreactor Scale-Up Processes
Scaling up bioreactors for cultivated meat production - from small (1–5 L) to large (1,000+ L) systems - brings energy challenges. Larger volumes require more power for mixing, oxygen transfer,...
Worlds First Cultivated Meat B2B Marketplace: Read Announcement
No products found
Intermediate-scale bioreactor systems bridging laboratory research and commercial production. These systems enable process validation, yield optimisation, and regulatory data generation essential for commercial approval.
Typically ranging from 50-500 litres, these systems incorporate commercial-grade components whilst maintaining the flexibility needed for process development and optimisation studies.
Designed for GMP compliance and regulatory validation, supporting the transition from research to commercial manufacturing. Compatible with both batch and fed-batch cultivation strategies.
Scaling up bioreactors for cultivated meat production - from small (1–5 L) to large (1,000+ L) systems - brings energy challenges. Larger volumes require more power for mixing, oxygen transfer,...
Maintaining precise pH and temperature is critical for growing mammalian cells, especially in cultivated meat production. Cells need a controlled environment to multiply (proliferation) and develop into muscle fibres (differentiation)....
Monitoring live cells in bioreactors is critical for cultivated meat production. Scaling requires precise tools to track cell health and growth in real time. This article reviews key methods, including...
Process Analytical Technology (PAT) integrates real-time quality monitoring into manufacturing processes, improving consistency and reducing waste. It’s especially useful in cultivated meat production, where precise control of factors like pH,...
Maintaining precise temperature and humidity during transport is critical for cultivated meat. Small fluctuations can spoil shipments and lead to waste. Advanced IoT sensors now provide real-time monitoring, ensuring product...
Automated sampling systems are transforming how bioprocesses are monitored, especially in cultivated meat production. These systems offer frequent, precise, and real-time data on critical factors like nutrient levels, metabolites, and...
Scaling bioreactors for cultivated meat production is complex, especially when managing shear stress, a mechanical force that can damage mammalian cells during scale-up. Unlike microbial cells, mammalian cells are fragile...
Contamination is a major hurdle in cultivated meat production, with batch failure rates hitting 11.2% and climbing to 19.5% in larger-scale operations. This not only wastes resources like growth media...