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StopBleeding · Project

Emergency Reversal Agent for Next-Generation Blood Thinners to Prevent Fatal Bleeding

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Imagine taking a medicine that prevents strokes by making your blood slippery, but then you get a cut that won't stop bleeding. Right now, there isn't a reliable 'off switch' for the newest type of these drugs. This project created a biological key that quickly restarts the clotting process to save lives in emergencies.

By the numbers
50 million
global patients using oral anticoagulants
10 million
patients using FXa-DOACs in EU and US
400,000
annual hospital admissions due to bleeding
2,500,000
EU grant contribution in EUR
15,000,000
EIC equity investment in EUR
The business problem

What needed solving

Patients using FXa-DOACs lack a safe reversal agent to stop life-threatening bleeding, leading to over 400,000 hospital admissions annually.

The solution

What was built

VMX-C001, a recombinant protein bypass agent, and an optimized CHO-based manufacturing process to reduce production costs.

Audience

Who needs this

Emergency medicine clinicsBiopharmaceutical companiesCritical care hospital departmentsBlood clotting research institutes
Business applications

Who can put this to work

Pharmaceuticals
enterprise
Target: Biologic drug manufacturer

If you are a drug manufacturer dealing with the safety gaps of FXa-DOACs — this project developed VMX-C001 that acts as a safe reversal agent. It addresses a critical need for the 10 million patients in the EU and US using these medications.

Healthcare Providers
enterprise
Target: Hospital network operator

If you are a hospital operator dealing with over 400,000 annual admissions for bleeding complications — this project developed a bypass agent that reduces morbidity and mortality. This could significantly lower the burden on critical care units.

Biotechnology
mid-size
Target: CDMO (Contract Development and Manufacturing Organization)

If you are a CDMO dealing with complex recombinant protein production — this project developed an optimized CHO cell line process for VMX-C001. It focuses on lowering the Cost of Goods Sold (COGS) for high-yield biologics.

Frequently asked

Quick answers

How does this impact the cost of production?

The project specifically focused on process optimization to lower the Cost of Goods Sold (COGS) by refining the manufacturing process of the CHO-based cell line.

Is the production ready for industrial scale?

VarmX is currently working to accelerate upscaling and improve cost-effectiveness, although recent attempts to create new cell lines for a 2- to 4-fold efficiency increase did not meet benchmarks.

What is the IP or licensing status?

Based on available project data, VarmX BV owns the development of VMX-C001, but specific licensing terms are not disclosed.

What is the target patient population?

The product targets the over 10 million patients in the EU and US using Factor Xa Direct Oral Anticoagulants (FXa-DOACs).

What is the project timeline?

The project period runs from 2022-09-01 to 2025-03-31.

Consortium

Who built it

The project is led by a single SME, VarmX BV from the Netherlands, representing a 100% industry ratio. This lean structure suggests a highly focused commercial drive, supported by a total financial package of €17.5 million (grant and equity), and the use of external CROs and academic labs for technical execution rather than a formal consortium.

How to reach the team

Contact VarmX BV in the Netherlands

Next steps

Talk to the team behind this work.

Request detailed manufacturing optimization data for VMX-C001

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