Top 50 Cultivated Meat in Latin America

This startup provides cell-based bioingredients through advanced cell culture techniques, enabling the production of plant-based meat without harming animals. Their approach offers consumers healthier ingredients while addressing the demand for sustainable food alternatives.

This food technology company utilizes AI algorithms to create plant-based meat and dairy alternatives from ingredients like pineapple, coconut, and chickpeas, replicating the taste and texture of animal products. Their offerings provide a sustainable source of fiber, calcium, and protein, addressing the demand for healthier and environmentally friendly food options.

This startup utilizes humane animal husbandry practices and sustainable farming techniques to produce meat alternatives that minimize environmental impact. By reducing reliance on traditional livestock farming, the company addresses issues of animal welfare and resource depletion while promoting a more sustainable food system.

This startup produces frozen meals using artificial intelligence and cellular agriculture to create environmentally friendly food options. Their ready-to-eat products, such as breaded chicken and veggie cutlets, provide customers with convenient, responsibly sourced meals that are easy to store.

Future Cow utilizes precision fermentation to produce dairy proteins that replicate the taste and texture of traditional milk without the use of cows. This technology significantly reduces greenhouse gas emissions by 97%, water consumption by 99%, and eliminates animal cruelty, addressing the growing demand for sustainable food sources as the global population increases.

UpDairy utilizes precision fermentation to produce animal-free dairy proteins by incorporating cow genes into fungi, which then generate these proteins in bioreactors. This technology addresses the environmental impact of traditional dairy farming by significantly reducing greenhouse gas emissions, water usage, and land requirements.

The startup develops a biotech platform that utilizes fermentation and software to enhance the flavor, texture, and nutritional profile of plant-based substrates. This technology addresses the need for healthier and more sustainable food options in the growing plant-based market.

ProNuvo produces sustainable insect-based feed ingredients using Black Soldier Fly larvae, which efficiently convert organic waste into high-quality nutrition for livestock. This approach mitigates the depletion of natural resources and reduces greenhouse gas emissions associated with traditional feed production.

Done Properly is a foodtech company that employs fermentation technologies to produce sustainable ingredients, significantly lowering the environmental impact of conventional food production. This method reduces the need for resource-intensive agricultural practices while offering healthier food options for consumers.

ByBug utilizes genetically modified black soldier fly larvae to convert organic waste into high-value recombinant proteins for various industries, including pharmaceuticals and agriculture. This process addresses the growing need for sustainable waste management solutions while providing cost-effective bio-based products.

The startup utilizes precision fermentation to transform plant-based materials into functional food ingredients, enhancing their nutritional profiles and sensory attributes. This process addresses the need for next-generation foods that provide specific health benefits and improved flavors and textures.

Nutri Co utilizes artificial intelligence to develop plant-based food products that are nutritious, sustainable, and free from excess sugars and unhealthy fats. The company addresses the need for affordable, health-conscious food options in a market increasingly concerned with dietary quality and environmental impact.

Trebe Biotech utilizes insect larvae as biofactories to produce high-quality recombinant proteins and vaccines, offering a sustainable and cost-effective alternative to traditional bioreactor methods. This approach addresses the need for rapid production of bioproducts, particularly in response to emerging health challenges in both human and veterinary medicine.

Agrourbana utilizes vertical farming technology to cultivate high-quality, fresh produce year-round in urban environments, creating controlled microclimates that enhance flavor and nutritional value. This approach addresses the challenges of food accessibility and sustainability in cities by reducing transportation emissions and ensuring a consistent supply of healthy food.

The startup develops an autonomous indoor gardening system that utilizes smart sensors and self-watering technology to automate plant care from planting to harvesting. This solution enables users to grow fresh, organic food at home without the challenges of traditional gardening, such as soil management and manual watering.

100% Livre utilizes patented controlled-environment agriculture technology to cultivate pesticide-free vegetables that are harvested and shipped on the same day. This approach ensures consumers receive fresh, ready-to-eat produce without harmful chemical residues, enhancing both safety and nutritional value.

This startup produces renewable energy and animal nutrition products by converting grain residues into ethanol, renewable bioenergy, corn oil, and dried distillers grains. By utilizing a closed-loop system, the company reduces agricultural waste and supports a low-carbon future.

The startup operates vertical urban farms utilizing hydroponic systems to produce pesticide-free lettuces and microgreens in a controlled environment. This approach provides consumers with access to organic and nutritious food alternatives while minimizing the environmental impact of traditional agriculture.

Rising Farms operates large-scale indoor farms utilizing automation and climate-efficient technologies to produce high-quality vegetables year-round while consuming 90% less water and achieving yields up to 30 times greater than traditional farming. The company addresses food security and sustainability challenges in agriculture by leveraging controlled environments to mitigate the impacts of weather fluctuations and resource scarcity.

Veloz Bio utilizes molecular farming techniques to produce animal-free alternative proteins, addressing the environmental and ethical concerns associated with traditional animal agriculture. By leveraging plant-based systems for protein synthesis, the company aims to provide sustainable and scalable protein sources for the growing global demand.

The startup develops a mushroom-mycelium-based leather that serves as a sustainable alternative to both animal and synthetic leather, addressing the ethical concerns of animal abuse and environmental impact. This bio-textile product provides a climate-friendly solution for industries reliant on traditional leather materials.

Tomorrow Foods formulates plant-based ingredients that enhance flavor and texture while minimizing the use of animal-derived products. The company addresses the growing consumer demand for sustainable food options by providing versatile solutions that support a plant-based diet.

The startup develops preventive treatments that enhance the natural immunity of fish, utilizing immunostimulants to improve resistance against bacterial pathogens and diseases. This approach replaces antibiotics, leading to higher survival rates and growth in aquaculture while providing cost-effective and sustainable solutions for fish cultivators.

Terraflos utilizes synthetic biology and cellular agriculture to produce high-value bioactive compounds from plant genetic information and stem cells, minimizing environmental impact. The startup addresses the growing demand for sustainable health and wellness solutions by providing optimized active ingredients for the cosmetic, food, nutraceutical, and pharmaceutical industries.

Biofeeder develops autonomous aquaculture feeders utilizing adaptive acoustic technology to optimize feeding efficiency and production parameters in shrimp farming. Their solution includes solar-powered feeders and a central control unit that operates continuously, ensuring precise feed delivery and improved yield management.

The startup produces insect protein for human consumption and organic fertilizers by industrializing the cultivation of Tenebrio molitor larvae. This process provides a sustainable protein source while enhancing soil quality and crop fertilization, addressing the demand for eco-friendly food production and agricultural solutions.

Forma Foods utilizes 3D printing technology to create plant-based proteins that replicate the texture and flavor of traditional Mexican meats, such as carne asada and fajitas. This approach reduces the environmental impact of livestock farming by minimizing water usage and greenhouse gas emissions while providing a sustainable alternative to conventional meat products.

The startup operates an equity crowdfunding platform specifically targeting the plant-based market in Brazil, co-investing in all fundraising deals while providing strategic support to founders. This approach enables the growth of vegan and plant-based businesses by facilitating access to capital and resources in a market with increasing demand for sustainable food options.

The startup utilizes a bio-based technological platform that employs genetic engineering tools and microalgae to produce valuable proteins and compounds, such as hirudin, which is traditionally sourced from sponges. This approach provides a sustainable and cost-effective solution for companies seeking hard-to-find biochemical compounds.

CytoEM Innovations decodes the electromagnetic identity of various cell types to precisely control their growth and behavior through interferometry. This technology addresses the challenges of low cell yield and high production costs in bioprocesses, enhancing efficiency in pharmaceutical and agricultural applications.

PhycoLabs develops and licenses algae-based biotechnologies for the sustainable production of biofuels and bioproducts, utilizing photosynthetic microorganisms to convert carbon dioxide into renewable energy sources. Their solutions provide a viable alternative to fossil fuels, contributing to reduced greenhouse gas emissions and promoting environmental sustainability.

Base Cientifica offers comprehensive molecular and cellular research services to accelerate preclinical development and personalized medicine. They specialize in biological assay validation, biobanking, and molecular diagnostic assay development using PCR and NGS. Their services also include preclinical efficacy and safety studies, 3D organoid cultivation, and AI-driven R&D optimization.

Luyef utilizes cellular agriculture techniques to produce animal-free meat alternatives that replicate the taste, texture, and structure of conventional meat. This approach significantly reduces land use by over 95% and greenhouse gas emissions by up to 92%, addressing the ethical and environmental issues associated with traditional livestock farming.

Fusion Farms operates a capital-efficient aquaponics vertical farming facility in Puerto Rico, utilizing a symbiotic system of fish and plant cultivation to maximize resource use and minimize waste. This approach addresses food security challenges by producing fresh, locally-sourced produce while conserving water and reducing the carbon footprint associated with traditional agriculture.

Naturannova utilizes a computational platform that combines AI and bioinformatics to identify and analyze plant-based proteins, creating sustainable and clean label ingredients. The startup addresses the need for healthier food options by developing novel protein sources, such as their all-natural protein-based sweetener, through precision fermentation and laboratory testing.

CarbonPec structures low-carbon cattle ranching projects by implementing a new methodology that measures emission reductions per kilogram of beef produced, focusing on practices such as pasture renovation and precision rotational grazing. This approach generates carbon credits while addressing the high greenhouse gas emissions associated with traditional cattle farming.

The startup operates a delivery platform that connects customers with vegan restaurants and delivery partners in Brazil, facilitating animal-free food options. By focusing on conscious consumption, the platform enhances communication and efficiency in the delivery process, catering to the growing demand for plant-based diets.

Inkus provides genetic and genomic solutions to enhance the productivity and resilience of aquaculture species through precision breeding techniques. The startup addresses the challenges of low yield and vulnerability to disease in the aquaculture industry, enabling sustainable growth and improved stock performance.

Frankles is a climate tech startup that uses its NoDex extraction platform to produce sustainable ingredients, aiming to decarbonize the ingredient industry.

Asclepii develops Artemis™, a scalable tissue regeneration matrix that enhances cell-to-cell and cell-to-matrix interactions to improve wound healing outcomes. The company addresses the gap in regenerative medicine technology between cell therapy and traditional bandages, providing a platform for chronic wound care and potential organ manufacturing.

This food technology company utilizes mycelium-based processes to create sustainable, high-protein food products such as fungi burgers and mushroom meat. Their offerings provide vegans with preservative-free, cholesterol-free, and gluten-free alternatives, addressing the demand for nutritious plant-based options.

Bean Possible transforms underutilized beans into high-value food ingredients like protein concentrates, fibers, and starches. Their proprietary fractionation technology enhances texture, nutrition, and sustainability in plant-based food applications, supported by expert product development consulting.

This startup develops biological sanitizers that are colorless, odorless, and tasteless, requiring no specialized application equipment. Their fermented protein technology effectively slows meat spoilage, enhancing food safety and quality throughout the supply chain.

This startup utilizes vertical farming techniques within a Controlled Environment Agriculture (CEA) system to produce a diverse range of local, pesticide-free mushrooms. By offering high-nutritional-value, vegan food options, the company addresses the demand for sustainable urban agriculture solutions.

Rebrotar helps farmers restore degraded pastureland by implementing regenerative production systems. The company provides technical assistance, credit access, and market linkages to improve soil health, increase productivity, and enhance ecological functions.

Fincadi operates a digital platform that utilizes technology to facilitate the trade of livestock and animal protein, ensuring immediate payment and streamlined logistics for producers. By connecting responsible producers with consumers, the platform enhances supply chain transparency and promotes sustainable agricultural practices.

This biotechnology firm specializes in sustainable protein innovation through insect farming and processing. They provide clients in the agriculture and food sectors with alternative protein applications, focusing on developing insect-derived ingredients for various products.

The startup specializes in gene editing techniques for pigs, specifically targeting modifications that facilitate xenotransplantation of organs, tissues, and cells. This approach aims to provide viable transplant options for patients suffering from organ failure, thereby improving their health outcomes and survival rates.

BlackGenn integrates synthetic biology, genomics, metagenomics, and metabolomics to expedite the development of new bioproducts. The startup addresses the slow and costly process of bioproduct generation by streamlining the research and development pipeline.

GALT develops a high-throughput microbial cultivation array technology that enables the isolation and screening of thousands of microbial species simultaneously. This technology addresses the inefficiencies of traditional methods by automating the cultivation process, allowing for rapid generation of diverse microbial libraries and the isolation of rare microbes.