Cocoon Bioscience

Cocoon Bioscience

Madrid, Spain· Est.
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Private Company

Total funding raised: $1.5M

Overview

Cocoon Bioscience is a private, Madrid-based biotech leveraging a proprietary insect-based expression system, CrisBio®, for recombinant protein production. The platform uses Trichoplusia ni pupae as natural bioreactors, offering advantages in cost, scalability, and the ability to produce complex proteins with proper folding and post-translational modifications. While currently focused on providing enzymes and custom development services, the technology presents a significant platform opportunity for biologics manufacturing across life sciences, positioning the company as an innovative CDMO-like player in the biologics and microbiome sectors.

BiologicsMicrobiome

Technology Platform

CrisBio®: An automated recombinant protein expression platform that uses insect chrysalises (Trichoplusia ni pupae) as natural bioreactors, leveraging the Baculovirus Expression Vector System (BEVS) for production of complex proteins with eukaryotic post-translational modifications.

Funding History

1
Total raised:$1.5M
Seed$1.5M

Opportunities

The platform addresses critical cost and scalability bottlenecks in the fast-growing mRNA therapeutics market through enzyme supply.
Its ability to produce complex proteins also opens a significant opportunity to serve as a disruptive CDMO for next-generation biologics, including those difficult to express in traditional systems.

Risk Factors

Key risks include the unproven regulatory pathway for therapeutics manufactured in insects, potential scalability challenges at true industrial tonnage, and competition from entrenched mammalian and microbial expression platforms.
Public or partner perception regarding the use of insects may also pose an adoption hurdle.

Competitive Landscape

Cocoon competes with large, established CDMOs using CHO, E. coli, and yeast systems, as well as other novel platform companies (e.g., plant-based, algal). Its differentiation lies in the unique insect bioreactor approach, promising lower costs and inherent scalability for complex proteins, but it must overcome the inertia of validated, industry-standard platforms.