Eukarys

Eukarys

Paris, France· Est.
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Private Company

Funding information not available

Overview

Eukarys is a Paris-based biotech developing a disruptive platform technology to enhance biomanufacturing productivity. Its flagship C3P3® system is an mRNA-based, artificial RNA polymerase that boosts protein yield by 5-7x in standard mammalian cell lines like CHO and HEK-293, without requiring changes to existing manufacturing processes. The company targets the production of antibodies, recombinant proteins, viral vectors, and other biologics, partnering with pharmaceutical and biotech firms to integrate its technology and reduce development timelines and costs. As a private, pre-revenue platform company, Eukarys is focused on commercial validation and strategic partnerships.

AI / Machine LearningDrug Discovery

Technology Platform

C3P3®: A patented artificial RNA polymerase technology that performs mRNA synthesis and post-transcriptional modifications inside mammalian cells to boost protein production yields by 5-7x. It is universal across cell lines and biologic types, integrates into existing processes, and preserves product quality.

Opportunities

The global biomanufacturing market is constrained by low yields and high costs.
Eukarys' technology offers a potential step-change in productivity, which could accelerate drug development timelines, reduce capital intensity for new facilities, and lower the cost of goods for expensive biologics and gene therapies, thereby improving patient access.

Risk Factors

Key risks include technology validation at commercial scale and across diverse products, slow adoption by a conservative industry due to regulatory hurdles, and competition from other yield-enhancement technologies.
As a pre-revenue private company, it also faces execution and financing risks.

Competitive Landscape

Eukarys competes with companies focused on cell line engineering (e.g., Selexis, Catalent GPEx), process intensification, and alternative expression systems. Its differentiation lies in its mRNA-based, intracellular enzyme approach that claims universal applicability and seamless integration without changing core manufacturing equipment.