ClexBio

ClexBio

Oslo, Norway· Est.
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Private Company

Total funding raised: $3M

Overview

ClexBio is pioneering a novel approach to tissue engineering with its VivoSet™ platform, which creates perfusable, cell-synthesized tissues designed for rapid engraftment and long-term functionality. The company is advancing a preclinical pipeline of therapeutic tissues for liver failure, diabetes, and cardiac repair, aiming to address chronic diseases where traditional drugs and cell therapies fall short. As a private, preclinical company, ClexBio is seeking partnerships to accelerate development and leverage its scalable, automated manufacturing technology. Its core value proposition lies in creating biologically integrated tissues that enable stem cell therapies to achieve durable therapeutic effects.

EndocrinologyHepatologyCardiology

Technology Platform

VivoSet™ platform for scalable manufacturing of fully vascularized, cell-synthesized tissues using injection molding in parallel bioreactors.

Funding History

2
Total raised:$3M
Seed$2.5M
Grant$500K

Opportunities

The platform addresses massive unmet needs in chronic liver disease, diabetes, and heart failure, representing multi-billion dollar markets.
Successful validation could enable expansion into other tissue types and indications, while the scalable, automated manufacturing process is a key differentiator for eventual commercialization.

Risk Factors

High scientific risk associated with creating functional, vascularized human tissues that successfully engraft.
The company faces significant regulatory hurdles for novel tissue-engineered products and is dependent on raising substantial capital to advance its preclinical programs into clinical trials.

Competitive Landscape

Competes with other tissue engineering and regenerative medicine companies developing scaffold-based or 3D-bioprinted tissues, as well as cell therapy companies targeting the same indications. Differentiation lies in the integrated vascular network and scalable injection-molding manufacturing process.