Completed Food & Agriculture Materials & Manufacturing

Enabling affordable and sustainable cultivated meat with a first-in-class growth medium.

In plain English

AI plain-English summary

A new ingredient formula could cut the cost of growing meat from animal stem cells in a lab, making it as cheap as conventional meat for the first time. Industrial meat production generates greenhouse gases, consumes vast amounts of land and water, and drives antibiotic overuse and zoonotic diseases. Cultivated meat—grown from animal stem cells rather than slaughtered animals—could sidestep these problems, but the process remains prohibitively expensive. The main bottleneck is the cost of the liquid feedstock, or growth medium, that feeds the cells. This project develops and scales up new ingredients and formulations that slash that cost. If the technology succeeds, cultivated meat could reach price parity with conventional meat. The project projects that cultivated meat will capture 35% of the global meat market by 2040. That shift would reduce the environmental footprint of meat production, cut antibiotic use, and lower the risk of future pandemics emerging from livestock. For consumers, the change would be invisible—the same product, at the same price, but produced through a fundamentally different supply chain.

View original technical description
Industrial meat production has a dramatic impact on our environment and health through GHG emissions, overuse of land, water and antibiotics, and zoonoses. Cultivated meat (CM) - the creation of meat from cultivated animal stem cells - promises to mitigate these problems provided it overcomes the key barrier of high feedstock cost. We have devised technology to reduce the cost of feedstock by through the development and production of new ingredients and formulations that enable price parity of CM with conventional meat, and will scale to bring this technology to market in this project. CM is projected to reach 35% of the global meat market by 2040.

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Related Research

Grants with similar aims, by meaning.

Tools and technologies for cultured meat production
Towards massive scale-up of low-cost growth factor production for meat cultivation
Revolutionising development of cultivated meat products through synergistic optimisation of growth-media fomulations
Developing novel animal cell lines and processes incoperating engineered caf1 to scale cultured meat protein manufacturing
Proliferum M: Reinventing growth media for the cultivated meat industry.

Original classification

EU-Funded

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