Species-Specific CRISPR Editing in Cultivated Meat
If I design from the species reference instead of the founder line, I can miss the target before I even order guides. For bioprocess engineers, cell culture scientists, and cultivated...
Insights & News
-
Scaling Bioreactors: Shear Stress Modelling Techniques
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...
-
Top 7 Decontamination Tools for Cultivated Meat
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...
-
Spectroscopy Methods for Growth Media Analysis
Spectroscopy offers a fast, accurate way to monitor growth media in cultivated meat production. By tracking nutrients like glucose and glutamine in real time, it helps optimise cell growth and...
-
Economic Modelling for Serum-Free Media Production
Serum-free media (SFM) is critical for cultivated meat production, replacing animal-derived serum like FBS to address ethical concerns and regulatory demands. However, its high cost - often over 50% of...
-
Sterility Testing Methods for Bioreactors
Sterility testing is critical for cultivated meat production, where even minor contamination can lead to costly batch failures. This process ensures no harmful microorganisms disrupt bioreactor operations, safeguarding both product...
-
How to Measure Scaffold Degradation in Bioreactors
Scaffold degradation is a key factor in cultivated meat production. It must align with tissue growth: too fast, and cells lose support; too slow, and tissue development is disrupted. Bioreactors,...
-
Organoleptic Testing: Key Metrics for Cultivated Meat
Organoleptic testing is critical for cultivated meat to replicate the sensory qualities of conventional meat. Key metrics include: Juiciness: Measured using Gas Chromatography-Mass Spectrometry (GC-MS) and moisture loss tests during...
-
Top QA Sensors for Bioreactor Monitoring
Producing cultivated meat requires precise control of key parameters like pH, temperature, and oxygen levels. Even small deviations can lead to reduced yields, contamination, or wasted resources. QA sensors play...
-
Cryopreservation Protocols for Cell Lines
Cryopreservation is the process of freezing and storing living cells at ultra-low temperatures to maintain their viability over time. This method is critical for cultivated meat production, ensuring consistent, stable...
-
Cultivated Meat Material Unit Converter
Simplify Cultivated Meat Production with Our Unit Converter In the fast-evolving world of lab-grown meat, precision is everything. Whether you're a researcher or a production manager, handling materials often means...
-
Serum-Free Media Supplements: Pros and Cons
Serum-based and serum-free media each have strengths and drawbacks. Serum-based media, often using foetal bovine serum (FBS), support strong cell growth but face challenges like high variability, contamination risks, and...
-
Best Practices for Media Sterility in Bioreactors
Maintaining sterility in bioreactors is critical for cultivated meat production. Contamination can ruin entire batches, waste resources, and disrupt schedules. This article outlines practical steps to prevent contamination, from system...
-
Serum-Free Media Scale-Up: Key Cost Factors
Scaling serum-free media is expensive, but smart strategies can cut costs significantly. The main expense comes from growth factors like FGF-2 and TGF-β, which dominate media costs. For instance, in...
