SciTransfer
BioMilk-mAb · Project

Low-cost biopharmaceutical manufacturing using genetically engineered goat milk

healthTestedTRL 5

Imagine using goats as living factories to make expensive medicine. Instead of using giant metal vats and complex chemicals, this method lets goats produce the drug naturally in their milk. It is like switching from a high-maintenance factory to a natural farm, making life-saving treatments much cheaper and greener.

By the numbers
25
Cost per gram of API in Euro
35 million
CAPEX investment cost in Euro
5
CO2 footprint per Kg of API in Tons
100B
Total market opportunity in Euro
40M
Upfront and milestone payments per biosimilar in Euro
5%
Royalty payment on net sales
The business problem

What needed solving

Traditional biopharmaceutical manufacturing using CHO cells is too expensive and carbon-intensive, making biosimilars unaffordable for many markets, especially in low- and middle-income countries.

The solution

What was built

A bioproduction platform using CRISPR-Cas9 engineered goats to produce monoclonal antibodies in milk, including plans for an industrial processing plant.

Audience

Who needs this

Generic biopharmaceutical companiesDrug procurement agencies in LMICsBiotech investment firmsSustainable pharma manufacturers
Business applications

Who can put this to work

Biopharmaceuticals
enterprise
Target: Biosimilar drug developers

If you are a drug developer dealing with the high cost of CHO cell production — this project developed a goat-based platform that reduces API costs from €100-200 to €25 per gram. This allows for the creation of affordable generics for blockbusters like adalimumab.

Healthcare Infrastructure
mid-size
Target: Pharmaceutical manufacturing plants

If you are a manufacturer dealing with massive setup costs — this project developed a production method that reduces CAPEX from €200-300 million to 35 million. This significantly lowers the barrier to entry for building new production facilities.

Environmental Services
SME
Target: Green pharma consultants

If you are a company dealing with high carbon emissions in drug making — this project developed a system with a 1000x lower CO2 footprint, reducing emissions from 25T to 5 per Kg of API. This helps companies meet strict sustainability targets.

Frequently asked

Quick answers

How does this affect the cost of producing the drug?

The BioMilk platform reduces the cost of the active pharmaceutical ingredient (API) from €100-200 down to €25 per gram.

Can this be scaled to an industrial level?

Yes, the project includes scaling up a goat facility and building an industrial milk processing plant to enable large volume production.

What is the licensing and revenue model?

Bio-Sourcing plans to license biosimilars around Phase 1, receiving upfront payments and milestones totaling €40M per biosimilar, plus a 5% royalty on net sales.

What is the timeline for clinical validation?

The company aims to bring its first biosimilar to clinical trials by 2027.

Which specific drugs are being targeted?

The first target is adalimumab, with plans to follow with trastuzumab and golimumab.

Consortium

Who built it

The project is led by a single Belgian SME, Bio-Sourcing, which holds 100% of the industry share. This lean structure suggests a highly centralized control of the IP and a focused execution strategy, though it lacks academic or large-scale industrial partners within the formal consortium.

How to reach the team

Contact Bio-Sourcing in Belgium for licensing opportunities regarding the BioMilk platform.

Next steps

Talk to the team behind this work.

Contact us to explore partnerships with Bio-Sourcing for biosimilar API sourcing.

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