Worlds First Cultivated Meat B2B Marketplace: Read Announcement
When producing cultivated meat, maintaining precise bioreactor conditions is critical. Sensors monitor key parameters like temperature (37 °C), pH (6.8–7.4), dissolved oxygen (30–60%), CO₂ (<10%), glucose, biomass, and metabolites to...
3D-printed scaffolds are the backbone of cultivated meat production. These structures provide the framework for cells to grow into muscle and fat tissues, mimicking the texture of traditional meat. However,...
Surface functionalisation is a key process in cultivated meat production, focusing on modifying scaffold surfaces to improve how cells attach, grow, and develop into tissue. By tailoring surface properties like...
Edible scaffolds are critical for cultivated meat production, shaping tissue growth and influencing the final product's texture. Their mechanical properties - like stiffness, porosity, and degradation rates - impact cell...
Serum-free media is reshaping cultivated meat production by replacing foetal bovine serum (FBS) with defined, animal-free formulations. This shift addresses cost, ethical, and regulatory challenges while improving consistency and scalability....
Cultivated meat production requires utility systems that blend pharmaceutical-grade precision with food safety standards. Unlike meat processing plants, these facilities rely on bioreactors, demanding sterile conditions, precise temperature control, and...
When it comes to scaling cultivated meat production, one of the most critical decisions for bioprocess engineers, production managers, and research scientists is selecting the optimal manufacturing approach - continuous...
The regulatory landscape for growth media in cultivated meat is evolving, driven by safety, cost, and compliance demands. By November 2025, cultivated meat is authorised in only three countries -...
