Upcycled bacterial cellulose
Years active: 2025This project optimizes bacterial cellulose production and formulation for plant-based protein foods.
This project optimizes bacterial cellulose production and formulation for plant-based protein foods.
This project creates commercially-relevant halibut cell lines that are serum-free and suspension-adapted, supported by AI-guided media optimization.
This project will develop a southern flounder muscle cell line for cultivated seafood, optimized for suspension culture and serum-free media.
This project will engineer a cow cell line that does not produce lactate and ammonia, the main growth inhibitory compounds produced by animal cells.
This project creates a new engineering system to add useful genes to cow cells, enabling cheaper, large-scale cultivated meat production.
This project uses microfluidic chips and chaotic bioprinting to develop cell lines for safe, cruelty-free, and sustainable cultivated lobster meat.
This project combines a naturally muscle-enhancing bovine cell line with an engineered growth switch to make cultivated meat scalable and affordable.
This project uses mushrooms to brew natural flavors, making plant-based foods savory.
This project will develop plant-based sausages using a protein-rich yeast biomass to improve taste, texture, nutrition, and overall quality.
This project will develop red-coloured yeast cells used to make plant-based products mimic whole-cut meat products (e.g., steak).