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Regarding suitability of Eppendorf bioprocess equipment for the production of food, please reach out to your Eppendorf sales representative.
Bioprocessing for Modern Food

At the heart of this transformation stands the bioreactor, which enables many different ways of food production. For example, as one of the oldest processes of food production, fermentation is already utilized to produce animal products such as milk, cheese, and yoghurt using bacteria. However, an additional path towards conventional meat production alternatives is rapidly developing, with the potential to improve animal welfare and the environmental impact, while still coming from livestock muscle tissue. This new alternative is the creation of cultured meat from mammalian stem cells
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Discover the world of lab grown meat and how to produce it in bioreactors in our ebook "Bench to burger: The future of food from the lab".

What is cultured meat?
A general workflow from stem cell to product will involve the following steps:
- 1. Collecting and storing animal stem cells. The cells are obtained by a harmless biopsy.
- 2. Growing stem cells in a bioreactor to achieve large-scale volumes. Bioreactors allow for maximum growth by creating and maintaining an optimal growth environment.
- 3. Using a combination of scaffolding and chemical signals to provide structural support and directed differentiation of cells into the desired meat product.
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Get insights into the potential of lab grown meat through our application expert!

How to cultivate stem cells for cultured meat?
To produce lab-based meat, a large-scale technique is needed for stem cell cultivation. Stirred-tank bioreactors are the cultivation system of choice to strictly control the cells’ growth environment and to scale-up cell production from small numbers used in the R&D phase to the mass generation of cells.
Eppendorf has many years of expertise in the cultivation of stem cells in bioreactors. Find more information about our product solution as well as expert advice on how to get started and how to optimize your stem cell bioprocess.

Eppendorf solutions to produce food in the lab
- Cultivation of stem cells, mammalian cell lines, and microorganisms
- Working volumes from 65 mL to 2,400 L
- Flexible hardware and intuitive software for process monitoring, control, and analytics
- Reusable and single-use bioreactors: Most Eppendorf bioprocess systems are compatible with glass or stainless-steel and single-use vessels, depending on the user’s need. Reusable vessels help reducing consumable costs, single-use vessels facilitate a faster turn-around.
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Customer stories
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