Edible Scaffold Packed-Bed Cultivation
Growing anchorage-dependent animal cells on consumable scaffold matrices inside packed-bed vessels, so the growth surface becomes part of the product and high-density biomass can be produced without the shear and density limits of stirred suspension culture.
Developed mainly in: IsraelImpacting: North America, Europe, Rest of Asia and Middle East & Africa
Ever After Foods (Israel) and Roslin Technologies (UK) ran a joint programme combining Roslin's animal cell lines with EAF's edible packed-bed system and PlantriX scaffold. Against a stirred-tank suspension control using identical cells, they report 19x higher dry biomass and cultivated protein productivity, cell densities above 150 million cells/ml, and 40g/l cultivated protein.
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First flagged
14 October 2026 · score 6.0/10
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Tracked from 2 signals, each traced to its source.
- Cultivated meat firms report 19-fold productivity gain over stirred-tank bioreactors
Foodanddrinktechnology · 15 Oct 2026
- Packed-bed edible scaffold cultivation reports 19-fold productivity gain over stirred tanks
Foodingredientsfirst · 14 Oct 2026
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