Natural meat color with yeast

2026 – 2027

This project will develop red-coloured yeast cells used to make plant-based products mimic whole-cut meat products (e.g., steak).

Production platform: Fermentation, Plant-Based

Technology sector: Ingredient optimization

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Project aims

This project will develop an innovative approach where red-pigmented yeast cells, similar to baker’s and brewer’s yeasts except for the color, are used as an ingredient to make plant-based products mimic whole-cut meat products (e.g., steak). The advantage of this yeast is that besides its red color, it is a good source of protein and can offer multiple functionalities to the final product. These include a meaty flavor and a meat-like fibrous structure, which could reduce the need to use additives such as binders, gelling agents, emulsifiers, and artificial colorants. The project will develop a scalable process to produce the yeast cells, investigate how to blend the yeast with plant proteins effectively, and evaluate the cooking quality of the final product. The project has transformational potential as it offers a unique, novel solution for developing nutritious, safe, and sustainable clean label meat analogues that meet consumers’ preferences. 

Principal Investigator

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Dr. Dimitris Charalampopoulos

Professor of Food Biotechnology, Food and Nutritional Sciences

University of Reading, United Kingdom

Dimitris Charalampopoulos is a Professor of Food Biotechnology. His research focuses on the microbial production of functional food ingredients, including proteins, oils, and natural pigments, and the upscaling of agri-food by-products and waste. He has published >110 research articles, secured >£4M of funding, and supervised >25 PhD students. 

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