MuscleFuel
Enhancing Growth and Performance of Cultivated Muscle Cells through Targeted Hydrolysis
PROJECT INFO:
| DURATION: 2024-2026 |
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| FUNDING: The Mission Partnership |
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PARTNERS: |
CHALLENGE
Limited flavour and sustainability in plant‑based meat alternatives
TECHNOLOGY
Solid‑state fermentation of spent grain for flavour and texture
POTENTIAL
Enables tasty, low‑impact alternatives using circular raw materials
Goal
- MuscleFuel will create nutrients for cell culture from animal and non-animal biomass that can increase the production of cultivated meat as an alternative to traditional meat production
- Upcycling of blood from the slaughterhouse as nutrients for cultivated meat will increase the output per slaughtered animal
- Utilizing a carbon-capture algae as nutrients will lower the impact of cultivated meat
Plan
MuscleFuel will reach proof of concept of the use of porcine blood and microalgae as nutrient for cultivated meat through 6 research and development work packages:
- Collection of blood and microalgae biomass
- Fractionation of biomass for hydrolysis
- Targeted hydrolysis of biomass fractions using AI and enzyme engineering
- Screening of nutrients as resources for proliferation of satellite cell culture
- Characterization of nutrients
- Live cycle assessment of blood and microalgae as potential resources for proliferation of satellite cells for cultivated meat
Expected results
- MuscleFuel will demonstrate the potential in one available biomass (blood) to be upcycled and an upcoming biomass as future nutrients for satellite cells in the production of cultivated meat.
- MuscleFuel will deliver proof of concepts at lab scale combined with LCA models tor the two biomasses. After the project the results can be used in the upscaling of the cultivated meat production.
Watch the video about the concept of MuscleFuel:
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The project is part of the Mission Partnership, and the funding is provided by Innovation Fund Denmark.
We continuously open new calls and programmes that support innovation within food and bioresources.
Mette Kallestrup Spring
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