We combine AI and biotechnology
to unlock the full power of
plant cells.
process
How We Do It
We do it through our platform EUKARYA
We do it through our platform EUKARYA
This is how we develop high-performance plant cell lines for proteins, metabolites, and agricultural traits.
step
Eukarya AI Discovery
Input: Target organic molecules
Output: EUKARYA®, analyzes molecular targets and predicts the most suitable plant species and tissues. It identifies the biosynthetic pathways and key genes involved in the production of the desired compounds.
Output: EUKARYA®, analyzes molecular targets and predicts the most suitable plant species and tissues. It identifies the biosynthetic pathways and key genes involved in the production of the desired compounds.
step
High-Throughput Elicitor & Differentiation Screening
Using our high-throughput screening platform, we test a broad range of biotic/abiotic elicitors and differentiation conditions.
step
Multi-Omics Mapping
We isolate stem cell cultures from the selected species and tissues, then perform integrated multi-omics analyses to map the exact pathways and metabolic bottlenecks.
step
Metabolic Engineering
We apply molecular tools to optimize the biosynthetic pathway and boost yield.
FINAL DELIVERABLE
A stable, high-performing cell line capable of producing the
selected plant-derived compounds at optimized productivity.
selected plant-derived compounds at optimized productivity.
step
Eukarya AI Discovery
Input: Target organic molecules
Output:EUKARYA®, analyzes molecular targets and predicts the most suitable plant species and tissues. It identifies the biosynthetic pathways and key genes involved in the production of the desired compounds.
Output:EUKARYA®, analyzes molecular targets and predicts the most suitable plant species and tissues. It identifies the biosynthetic pathways and key genes involved in the production of the desired compounds.
step
Multi-Omics Mapping
We isolate stem cell cultures from the selected species and tissues, then perform integrated multi-omics analyses to map the exact pathways and metabolic bottlenecks.
step
High-Throughput Elicitor & Differentiation Screening
Using our high-throughput screening platform, we test a broad range of biotic/abiotic elicitors and differentiation conditions.
step
Metabolic Engineering
We apply molecular tools to optimize the biosynthetic pathway and boost yield.
FINAL DELIVERABLE
A stable, high-performing cell line capable of producing the selected plant-derived compounds at optimized productivity.
A stable, high-performing cell line capable of producing the selected plant-derived compounds at optimized productivity.
our impact
fostering innovation
To make your daily choices a force for a more sustainable world. Without sacrificing the pleasure of enjoying a meal.
97%
Less greenhouse gas emissions*
99%
Less blue water consumption*
60%
Less nonrenewable energy use*
*Compared to the protein found in bovine milk and beef.
If we partnered to make plant-based products with our protein just 1% of the time, we would save the equivalent of:
27000
Greenhouse Gas Emissions
Round trip flights between Buenos Aires and Mexico City
138000
Water
Olympic swimming pools filled
1 Year
Non-Renewable Energy
1 year of power for Buenos Aires City
F.A.Q.S
Discover quick answers to common queries in our FAQs. Still curious? Feel free to reach out for more information.
What is Ergo and what do you do?
Ergo is a biotechnology company that develops advanced solutions based on plant cell technology. We engineer cell lines to express functional proteins, accumulate high-value metabolites, and accelerate plant breeding — delivering sustainable innovations across food, personal care, nutraceuticals, pharma, and agriculture.
How is Ergo different from other biotech companies?
Unlike companies focused solely on microbial fermentation or synthetic biology, Ergo specializes in plant cell systems. Our proprietary technologies allow us to unlock the full biosynthetic potential of plants to create more natural, scalable, and industry-specific solutions.
What kind of companies do you work with?
We partner with leading companies in food, cosmetics, healthcare, and agribusiness who are looking to replace animal-based, low-yield, or unsustainable ingredients with next-generation alternatives derived from plant cells.
Are your solutions commercially ready?
Yes — several of our plant cell lines are currently available for licensing or co-development, and we also offer tailored development services for clients who want exclusive ingredients or traits based on their needs.
Where is Ergo based?
Ergo is headquartered in Argentina, with operations and partnerships in North America and Europe. We collaborate globally with R&D centers, innovation hubs, and production partners to scale our impact.
What is Eukarya® and how does it work?
Eukarya® is Ergo’s proprietary platform for plant cell engineering. It integrates artificial intelligence, multi-omics, gene editing, and high-throughput screening to design and optimize elite plant cell lines — for protein expression, metabolite production, or breeding innovation.
What types of ingredients can be developed with Eukarya?
With Eukarya, we can develop ingredients like recombinant proteins (e.g., dairy proteins, enzymes, growth factors), high-value plant metabolites (e.g., flavors, actives, pigments), and genetic improvements in crops through precision breeding tools.
Can Eukarya be used for non-food applications?
Absolutely. Our platform supports a wide range of industries — from fragrances and personal care, to pharmaceutical actives, animal health, and agriculture. The versatility of plant cells makes Eukarya uniquely cross-sectoral.
What are the benefits of using plant cells over microbes or animal cells?
Plant cells offer a unique combination of complex biosynthetic capacity, sustainability, and scalability. They can produce difficult-to-synthesize compounds, avoid animal-based inputs, and grow in cost-efficient, single-use bioreactors under mild conditions.
Can I collaborate with Ergo to develop a custom ingredient?
Yes. We offer contract development services where clients bring us a target molecule or trait, and we use our Eukarya platform to create a proprietary plant cell line optimized for that specific need — including full characterization and tech transfer.