Therapeutic Proteins & Peptides
Precision-fermented biologics and peptides, grown with the consistency clinical programs demand.
We help synthetic-biology teams turn promising molecules into commercially viable bioproducts.
Most programs stall in the gap between a promising molecule and a process that can actually be manufactured at scale, and sold. Identifying a sequence is only the beginning.
We close that gap end to end: a optimized sequence, a viable organism, a robust process, validated pilot material, and a clear route to a commercializable bioproduct. One partner, the full stack.
From a single engineered cell to commercial scale, every stage of synthetic biology is carried by one accountable team. No hand-offs between vendors. No gaps where programs stall.
Start at any stage. Stay for all of them. We meet your program where it is and carry it as far as you need.
Map your programFive disciplines we own end to end. Open any stage to see what happens inside it, and where we make the difference.
We choose the right microbial chassis for your molecule and engineer it to express: pathway design, genetic stability, and tolerance to the real stresses of fermentation, not just a shake flask. Strains are built and iterated against defined, quantitative performance targets.
Because we own every downstream stage, we engineer for producibility from the very first edit, selecting hosts and constructs we know will hold up through process development and scale-up. You avoid the classic trap of a star bench strain that collapses the moment it hits a bioreactor.
Candidate molecules move through fast, structured design-build-test cycles (small-scale expression, screening, and analytical characterization) to establish that a molecule actually performs and can be reproduced before anyone commits to a longer, costlier program.
Our loops are tuned to answer the make-or-break questions first. You get an early, honest read on feasibility and a clean data package to back a confident go / no-go, saving months and capital on the programs that were never going to scale, and accelerating the ones that will.
We develop and refine the bioprocess itself (media and feed strategy, fermentation parameters, and downstream recovery), driving titer, yield, and batch-to-batch consistency up while pulling cost of goods down. Every change is measured against a defined analytical baseline.
We optimize for scale and economics, not just bench yield. Parameters are chosen to translate cleanly onto larger equipment, so the process you validate is the process you can actually manufacture, with a transparent cost model attached, so there are no surprises when volumes grow.
We produce your molecule at pilot scale, in batches at 100 L and under, under defined process controls, generating scale-representative material and the analytical data your team needs for testing, evaluation, and validation.
Pilot runs are where scale-up risk actually shows itself. We put real material and real data in your hands to validate the product and the market before you commit to full-scale capital, and we document each run so it carries cleanly into a regulated manufacturing environment later.
When you're ready to grow beyond our pilot suite, we package everything (process, controls, and documentation) into a manufacturing-ready tech transfer, and can stay on to manage the relationship with your large-scale CDMO or facility through the first commercial campaigns.
You don't hand a raw process to a manufacturer and hope. We translate your program into their environment, troubleshoot the early runs, and act as your technical advocate on the floor, so scale-up doesn't stall, quality holds, and the partner who engineered the process is the one making sure it lands.
Into their next stage of development
Across engineered programs
From process design to first run
Ideal for testing & validation
Programmable cells are quietly rebuilding the physical economy, replacing extraction and petrochemistry with molecules grown from sugar and air. These are the products we help bring to scale.
Precision-fermented biologics and peptides, grown with the consistency clinical programs demand.
Industrial enzymes that replace harsh chemistry with cleaner, cheaper, tunable reactions.
High-value molecules produced by design, with no oil feedstock, no extraction, and full traceability.
Bio-based polymers, silks, and building blocks that perform like petrochemicals without the carbon.
Nature-identical actives brewed at scale, consistent, ethical, and free of seasonal supply shocks.
Proteins, fats, and functional ingredients cultured directly, feeding more people with less land.
Most partners force a trade-off. We engineered our model so you don't have to.
Defined objectives, controlled conditions, and rigorous analytics generate reproducible results and defensible data packages.
Integrated bench-to-pilot execution and responsive communication keep programs moving without sacrificing integrity.
A focused scope and transparent model turn early development into efficient progress toward larger-scale production.
An independent development partner with deep experience across microbial systems, with no competing product interests and no academic mandates. Just your program, advanced with confidence.
Meet the team