Top 50 Cultured Meat in Europe

Mosa Meat cultivates real beef by growing animal cells in a controlled environment, eliminating the need for traditional livestock farming and reducing animal harm. This method allows for the production of up to 80,000 burgers from a single cell sample, addressing the environmental impact of meat production while maintaining the taste and quality of conventional beef.

This startup produces cultivated meat products through cell cultivation techniques, significantly reducing land and resource use while maintaining the taste and texture of traditional meat. Their flagship offering, cultivated foie gras, honors culinary heritage while providing a sustainable alternative to conventional meat production.

Re:meat develops cultivated meat using a bioprocess that involves sourcing non-GMO muscle cells from free-range livestock and growing them in sterile bioreactors, significantly reducing land and water use while emitting 92% fewer greenhouse gases compared to conventional beef production. This technology addresses the environmental impact of traditional animal agriculture by providing a sustainable and ethical alternative for food businesses.

LabFarm is the first company in Poland to produce cellular meat using bioreactors that cultivate animal cells without the need for livestock. This technology addresses the environmental impact of traditional meat production by eliminating waste and reducing land use while providing a safe, antibiotic-free protein source.

This startup utilizes porcine stem cell technology to produce cultivated meat, focusing on sustainable methods for generating muscle, heart, liver, fat, blood, and bone tissues. By enabling meat producers to adopt a more sustainable production process, the company aims to significantly reduce the environmental impact associated with traditional meat farming.

Roslin Technologies develops pluripotent animal stem cells for the cultivated meat industry, providing scalable cell lines that can differentiate into muscle and fat tissues. This technology addresses the growing global demand for sustainable protein by enabling the production of real meat without raising animals, thereby reducing environmental impact and improving animal welfare.

Ivy Farm utilizes biotechnology developed at the University of Oxford to produce cultivated meat that is free from antibiotics and nitrates, offering a sustainable alternative to traditional animal farming. This approach addresses the environmental and ethical concerns associated with industrialized meat production while delivering high-protein, low-saturated fat products that maintain a desirable taste.

Produces cultivated meat for pets using cells sourced from a single chicken egg, enabling sustainable and ethical meat production without harming animals. This approach addresses the environmental and ethical concerns of traditional meat sourcing while providing pets with nutritious and palatable food.

Uncommon is developing a scalable production process for cultivated meat that eliminates the primary cost driver in the industry without genetic engineering. Their products, such as Uncommon Bacon and Uncommon Belly, provide a nutritious and sustainable alternative to traditional pork, significantly reducing waste and improving consumer health.

Fudzs develops eco-friendly cell bioproduction processes using advanced bioreactor technology to enable the mass production of cultivated meat at lower costs. This approach addresses the growing demand for sustainable protein sources while reducing the environmental impact of traditional livestock farming.

Meatable utilizes proprietary technology to produce real meat without livestock, significantly reducing greenhouse gas emissions, land, and water usage. This approach addresses the environmental impact of traditional meat production methods while providing a scalable and sustainable supply of protein.

NOVAMEAT utilizes 3D printing technology to create plant-based meat products that replicate the texture and taste of traditional animal meat. This approach addresses the environmental impact of meat production while providing a nutritious and satisfying alternative for consumers.

Bosque Foods cultivates mycelium, the root structure of mushrooms, to produce whole-cut meat alternatives that are high in protein and fiber while maintaining a clean label. This process significantly reduces the environmental impact associated with traditional animal farming by requiring minimal land, water, and carbon resources.

Cultimate Foods develops cultivated fat using a proprietary 3D cellular cultivation technology, which replicates the structure of animal fat tissue to enhance the taste and texture of hybrid plant-based meat products. This approach addresses consumer dissatisfaction with existing meat alternatives by providing a more authentic meaty flavor without the use of animals.

Extracellular is a contract development and manufacturing organization (CDMO) that specializes in biomanufacturing processes for cultivated meat and seafood, utilizing non-human cell culture technologies to produce biomass efficiently. The company addresses the challenge of scaling production in sustainable biotechnology by providing tailored cell culture media and large-scale bioreactor capabilities to accelerate time to market for its clients.

Millow.co utilizes mycelium fermentation combined with plant-based substrates to create nutritious, wholefood meat alternatives that are easily digestible and high in protein. This approach significantly reduces resource consumption, producing 97% fewer emissions compared to beef and 80% fewer than soy, while providing a sustainable solution to the growing demand for plant-based protein sources.

The startup develops bacterial protein polymers that deliver bioactive cues essential for cell growth and division, specifically for cultivated meat and cell therapy manufacturing. This technology provides a cost-effective and multifunctional material that meets the needs of biomedical research and therapy markets at an industrial scale.

Planted utilizes proprietary structuring and fermentation technologies to create plant-based meat products that replicate the taste and texture of animal meat while using only clean ingredients. This approach addresses the unsustainable practices of the animal meat industry by offering a healthier, environmentally friendly alternative that is available in various forms across multiple European markets.

Multus develops animal-free growth media formulations for cellular agriculture, utilizing data science and high-throughput automation to create scalable, cost-effective solutions. Their products replace traditional fetal bovine serum with serum-free alternatives, enabling cultivated meat companies to reduce input costs and enhance bioprocess performance.

Libre Foods utilizes a proprietary fermentation process to extract fibers from filamentous fungi, creating meat alternatives that mimic the texture and umami flavor of animal products. This approach addresses the need for sustainable, nutritious, and cruelty-free food options by providing a rich source of complete protein and essential vitamins while reducing reliance on traditional livestock farming.

Hoxton Farms cultivates animal fat through cellular agriculture techniques, providing a sustainable ingredient for the meat alternatives industry. This approach addresses the environmental impact of traditional livestock farming by offering a more efficient and ethical source of fat for plant-based products.

This biotechnology startup specializes in the development and commercial production of cultivated fish using cellular agriculture techniques to create seafood products from fish cells. By providing nutritious fish alternatives, the company addresses the environmental impact of traditional fishing practices and promotes sustainable food sources without harming marine ecosystems.

The startup utilizes proprietary protein texturing technology to create plant-based whole cuts that replicate the taste and texture of traditional meat products. By offering a sustainable alternative, the company aims to reduce global meat consumption by 50% by 2030, addressing environmental concerns associated with animal agriculture.

Arkeon Bio utilizes ancient archaea to convert industrial CO2 and inorganic gases into climate-positive protein ingredients for food. This process addresses the dual challenges of carbon emissions and food sustainability by providing ethical, cruelty-free, and adaptable nutritional solutions.

Cell4Food develops cellular agriculture technologies to produce cell-based seafood products, including fish, molluscs, and crustaceans, using non-invasive biopsies and bioreactor cell expansion. This approach addresses the environmental impact of traditional aquaculture by offering sustainable, ethical, and scalable alternatives with reduced resource consumption and minimized contamination risks.

MOA utilizes biotechnology and artificial intelligence to convert agri-food industry by-products into a sustainable protein source with high nutritional value, minimizing resource use. This approach addresses the urgent need for alternative protein solutions to meet the food demands of a growing global population without expanding agricultural land.

Project Eaden utilizes advanced food technology to create plant-based alternatives that replicate the taste and texture of traditional meat products. This approach provides consumers with flavorful dining options that have a significantly lower environmental impact and reduced health concerns associated with conventional meat consumption.

Edonia produces low-processed, microalgae-based protein ingredients using a proprietary technology called Edonization, which transforms raw microalgae biomass into a nutrient-rich, meat-like textured product. This addresses the limitations of traditional plant-based proteins by offering a cleaner, more sustainable alternative that eliminates the need for additives and artificial flavors.

This startup produces sustainable plant-based meat substitutes using advanced fermentation and extraction techniques to create nutritious food ingredients. By providing environmentally friendly alternatives to traditional meat, the company addresses the demand for healthier diets while reducing the ecological impact of food production.

This startup manufactures industrial machinery that utilizes mechatronic engineering and laser technology to print and decorate plant-based meat and fish analogs. By providing industrial-scale devices for plant-based bacon production and ingredient mixes, the company enables the hospitality sector to enhance culinary presentation and creativity.

This startup produces plant-based meat alternatives using fortified plant ingredients that replicate the taste and texture of traditional meat products. Their offerings cater to consumers seeking satisfying meat-like experiences without animal harm, providing a nutritious option that aligns with ethical dietary choices.

This startup produces sustainable fish and seafood alternatives using mushroom mycelium and solid-state fermentation, providing a high-protein, fiber-rich, and omega-3 source that is vegan, non-GMO, and free of antibiotics. Their products cater to the growing demand for nutritious and environmentally friendly food options in a market increasingly concerned with health and sustainability.

Edonia offers a microalgae-based protein ingredient that provides a clean-label, meat-like texture and grilled umami flavor for plant-based foods. Their proprietary process transforms microalgae into a minimally processed ingredient, enabling food manufacturers to create healthier, more affordable, and less processed meat alternatives.

Fermtech develops precision fermentation equipment that utilizes microorganisms to convert brewing byproducts into a non-GMO protein product, Nutriferm, which enhances flavor and nutritional value. This process addresses the need for sustainable protein production with a zero carbon footprint, aiming to produce over 25,000 tons of animal-free products by 2030.

Produces bacterial single-cell protein solutions by fermenting raw materials using microorganisms, enabling rapid protein production within 24 hours. This technology addresses the growing global protein demand by offering a sustainable, nutrient-rich alternative to traditional protein sources, supporting a resilient food system.

This startup produces mycoprotein-based food using a zero-waste fermentation process that significantly reduces water usage and carbon emissions. Their products provide a sustainable, low-cost protein alternative that contains all essential amino acids and dietary fiber, addressing the need for environmentally friendly meat substitutes.

This startup develops plant-based food products that replicate the taste and texture of meat using advanced food science techniques. By offering healthier vegetarian and vegan meal options, the company enables consumers to reduce their carbon footprint and water usage while enjoying satisfying meals.

The startup develops plant-based whole-cuts using a proprietary blend of soy and pea proteins, designed to replicate the taste and texture of traditional meat. This technology provides consumers with a sustainable alternative to meat, addressing the environmental and health concerns associated with high meat consumption.

Upstream Foods is developing cultivated fat cells to enhance the flavor and mouthfeel of seafood alternatives, providing a source of healthy omega-3 fatty acids without the contaminants found in traditional seafood. This technology addresses the challenge of replicating the taste and texture of fish, enabling the production of plant-based seafood that meets consumer expectations for quality and safety.

This startup produces plant-based meats using pea protein and other natural ingredients, ensuring their products are free of palm oil and lower in saturated fat. By providing fresh meat substitutes, the company enables consumers to reduce their reliance on animal protein while maintaining a healthier dietary profile.

The startup utilizes fermentation technology to convert waste methane into protein, creating a sustainable source of nutrients for various industries. This process reduces reliance on traditional protein sources, making them more affordable and contributing to carbon-negative production practices.

Solar Foods produces Solein, a protein derived from a single microorganism using air, electricity, and fermentation, eliminating the need for traditional agricultural resources. This technology addresses the inefficiencies of conventional protein production by providing a sustainable and resource-efficient alternative that can be used in various food applications.

The startup develops machine-learning tools to design cell factories capable of producing a wide range of products, including food, fabrics, and medicines. By simplifying the complex process of cellular manufacturing, the company aims to replace traditional farms and factories, promoting a more sustainable production model.

Nosh produces high-protein, non-GMO fungal biomass through a proprietary fermentation process that minimizes waste and enhances sustainability. This technology provides food manufacturers with clean-label alternatives to additives in meat, dairy, and other products, addressing the demand for nutritious and environmentally friendly food solutions.

PathoQuest provides iDTECT®, a GMP‑validated next‑generation sequencing platform that replaces animal‑based assays with high‑sensitivity viral safety testing and comprehensive genetic characterization for biologics such as viral vectors, cell therapies, antibodies, RNA therapeutics, and cultivated meat. The service delivers rapid, quantitative results—including adventitious virus detection, product identity, integration‑site mapping, and cell‑line stability—in a secure cloud portal compatible with existing quality‑management systems.

Protera is a biotechnology company that develops protein-based food ingredients using fermentation technology to create sustainable alternatives to traditional animal proteins. This approach addresses the growing demand for plant-based nutrition while reducing the environmental impact associated with livestock farming.

The startup develops climate technology and biotechnology that converts industrial carbon dioxide into protein and other essential ingredients, addressing global food scarcity and energy needs. By utilizing CO2 as a raw material, the company enables sustainable production methods that contribute to a net-zero economy.

Arsenale BioYards is a bio-manufacturing platform that combines hardware and software to facilitate the design and cultivation of engineered cells for product creation. This technology enables a shift from resource extraction to sustainable cellular farming, addressing the need for a more efficient and environmentally friendly bioeconomy.

The startup utilizes genetically modified Black Soldier Flies (Hermetia illucens) to produce human insulin and other recombinant proteins at scale, significantly reducing the cost of growth media for cultivated meat. Additionally, the company offers genetic modification services tailored for the global BSF industry, enhancing production efficiency and sustainability.

This startup cultivates Tenebrio Molitor insects to produce protein and biofertilizers. By researching and developing technologies related to the insect's properties, they aim to contribute to more efficient, healthy, and sustainable food production for both humans and animals.