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Partner with Amyris to accelerate your transition towards renewable solutions

For teams with a target

Bring your own molecule
You have the target molecule, you’ve validated the need, and now you want to drive your solution all the way to market at global scale.

For teams that want a head start

Innovate with one of ours
Access rapid solutions to accelerate your transition to renewable biological chemistry.

For teams exploring the frontier

Explore the possibilities
Our proprietary Cartographer™ method combines decades of insight into what's scalable with an AI-enhanced scan of biological chemistry to create renewable solutions for your challenges.
Bring your own molecule
Innovate with one of ours
Explore what's possible together
Don't reinvent the wheel of advanced precision fermentation
You’ve identified the perfect molecule to produce through biotechnology, and you want it at a speed and scale that matches your commercial ambitions.
But going from concept to scale can be an arduous path. Every juncture is full of decisions: Which enzyme is the ideal starting point for evolution? Which feeding strategy maximizes fermentation stability? Which DSP unit operations will maximize your yield while minimizing impurities? And how will each decision bear out when you go to scale?
Access the capabilities you need to complement your own and leverage our 20+ years of experience as a pioneer in precision fermentation to bring your molecules out of the lab and into the market at global scale.
“Amyris is a partner of choice. We know our ingredients.  What we need is the combination of biotech with our other capabilities. Working with Amyris has been the perfect match to develop new ingredients.”

Amaury Roquette

President of Ingredients, Perfumery & Beauty, DSM-Firmenich

Innovate with
one of ours

You don't need to be a biotech expert to jumpstart your pipeline with biotechnology-derived ingredients.

Expedited development
15 commercially scaled renewable molecules, and 100+ more ready to sample.
Sample & test
Rapid delivery of gram to kilogram quantities for testing.
Derivatize & customize
Our bio-based building blocks are a perfect starting point for further functionalization.
Jumpstart your transition towards renewable biological chemistry
Amyris produces numerous molecules through fermentation at scale and has hundreds more molecules in various stages of development.
Not sure how our collection of biological chemistry maps to the specific challenges you’re trying to solve? We won’t leave you on your own to stare down a list of hundreds of molecules; instead, our scientists will work with yours to identify solutions that may work for your exact needs.

Explore what's
possible together

Biological chemistry is a vast and untapped space. With thousands of compounds accessible through fermentation and millions more when used as building blocks, how do we find the areas where biotechnology can create the greatest value? By starting with the problem.

Bench-to-bench collaboration
Our scientists work with yours to define your constraints and challenges.
A map of chemistry
With Cartographer™, scan the universe of biological chemistry and its derivatives for renewable solutions.
A market-proven method
Tap into our 20+ years as the pioneer in biomanufacturing to go from sample to pilot scale to global production.
Share your challenge with us, and we'll translate it into a biological chemistry solution that wins in the market
We've been doing this for 20+ years, and today our proprietary Cartographer method pairs our scientists' acumen, honed by unparalleled biomanufacturing expertise on what's feasible, with an AI-enhanced scan of what's possible.
Natural chemistry alone can deliver tens of thousands of compounds, and semi-synthesis takes that into the millions. We navigate that universe of possibilities, drawing on the judgment earned from taking 15 molecules from bench to commercial-scale production. The outcome: a scalable, renewable solution for your challenge.
See this approach in action with farnesene:  learn how our unique, biologically derived molecule became a building block used across elastomers, cosmetics, flavor, fragrance, and animal nutrition.
"I see a future where biomanufacturing is the de facto design tool for creating functionalities that were never available before."
Sunil Chandran,
Chief Technology Officer, Amyris
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