Harvesting Cell-Cultured Food from Bioreactors
Harvesting Cell-Cultured Food from Bioreactors
25 patents tracked · 10 granted · 7 jurisdictions
Harvesting Cell-Cultured Food from Bioreactors
Bioprocess Design Considerations for Cultured Meat Production With a Focus on the Expansion Bioreactor Frontiers
Mosa Meat
A modified atmosphere packaging system specifically designed for cultivated meat products, extending shelf life to 21 days while maintaining color stability and texture.
CellulaREvolution
A machine learning system for real-time optimization of bioreactor parameters including pH, dissolved oxygen, temperature, and feed rates, reducing cell culture media costs by 40%.
Multus Biotechnology
An artificial intelligence engine for iterative optimization of serum-free growth media formulations, reducing development time from months to days through Bayesian optimization.
Upside Foods
A chemically defined, serum-free cell culture medium optimized for large-scale cultivation of avian myoblasts in stirred-tank bioreactors, achieving >95% viability at densities exceeding 50M cells/mL.
Tiamat Sciences
A filtration and recycling system for recovering spent growth factors from cell culture media, reducing media costs by 60% through iterative growth factor replenishment.
Forsea Foods
A method for producing structured fish meat through self-organizing organoid technology, eliminating the need for external scaffolds or growth factors in cultivated seafood production.
CellX
A genetically stable porcine satellite cell line optimized for cultivation at elevated temperatures (28-32°C), reducing energy costs in tropical and subtropical production environments.
Bond Pet Foods
A precision-fermented chicken protein ingredient optimized for companion animal nutrition, meeting AAFCO nutritional profiles while eliminating factory farming inputs.
Believer Meats
A continuous perfusion bioreactor system with automated cell retention and harvest capabilities, enabling continuous production of cultivated meat biomass without batch interruptions.
Wildtype
A cryopreservation protocol for salmon myoblast cell banks achieving >90% post-thaw viability and maintained myogenic differentiation capacity for cultivated seafood production.
Aleph Farms
An edible, plant-protein-based scaffold structure that supports three-dimensional growth of bovine muscle and fat cells, mimicking the texture and mouthfeel of conventional beef steak.
Hoxton Farms
A computational biology platform using machine learning to optimize adipocyte growth conditions, enabling predictive control of fat tissue composition and yield.
SuperBrewed Food
A hybrid platform combining precision fermentation and cell culture to produce novel postbiotic protein ingredients with enhanced nutritional profiles.
Meatable
A spontaneously immortalized porcine satellite cell line capable of >200 population doublings while retaining myogenic differentiation capacity for cultivated pork production.
Cubiq Foods
A cultivated animal fat ingredient enriched with omega-3 fatty acids through controlled feeding of precursor lipids during adipocyte differentiation, designed for use in plant-based hybrid products.
Shiok Meats
A protocol for efficient differentiation of crustacean stem cells into mature muscle tissue, achieving >80% myosin heavy chain expression for cultivated shrimp products.
Matrix Meats
An electrospun nanofiber scaffold composed of food-grade polymers with tunable degradation rates, allowing scaffolding to break down naturally as cells form their own extracellular matrix.
TurtleTree
A process for producing pharmaceutical-grade lactoferrin using engineered mammalian cell lines in perfusion bioreactors, achieving >98% purity at commercial scale.
Gourmey
A serum-free cell culture system for duck hepatocytes achieving production costs below $100/kg through novel plant-derived growth factor substitution.
GOOD Meat
A co-culture bioreactor system enabling simultaneous growth and differentiation of muscle and adipose cells, producing marbled cultivated meat with realistic fat distribution.
IntegriCulture
Edible, dissolvable microcarriers composed of food-grade polysaccharides that support attachment-dependent cell growth in suspension bioreactors, eliminating the need for cell detachment.
Vow
A method for cultivating avian (quail) cells in suspension culture without microcarriers, achieving high-density growth above 30M cells/mL in stirred-tank bioreactors.
Who Hates Cultured Meat? Examining Public Opposition to Cellular Agriculture