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Private Company

Total funding raised: $119M

Overview

TRexBio is a private, preclinical-to-clinical stage biotech leveraging human tissue biology to develop novel Treg-targeting therapeutics for immune-mediated diseases. The company's core asset is its Deep Biology Platform, which analyzes human tissue samples across health and disease states to map immune dysregulation and identify actionable targets. Its lead candidate, TRB-061, a TNFR2 agonist, is in clinical development for atopic dermatitis, with a broader pipeline aimed at dermatology and gastroenterology. The company is backed by a strong team and investor syndicate, positioning it to pursue durable, disease-modifying treatments in large inflammatory disease markets.

ImmunologyOncologyDermatologyGastroenterology

Technology Platform

Deep Biology Platform that decodes regulatory T cell (Treg) behavior in human tissues using modern sequencing, computational tools, and disease-relevant human assay systems to identify novel therapeutic targets for immune-mediated diseases.

Funding History

3
Total raised:$119M
PIPE$50M
Series A$59M
Seed$10M

Opportunities

The large, underserved market for autoimmune and inflammatory diseases demands safer, more durable therapies.
TRexBio's tissue-specific Treg targeting offers a novel mechanism that could achieve disease modification.
Its platform provides a pipeline engine for discovering first-in-class biologics across multiple therapeutic areas.

Risk Factors

High clinical risk as the novel TNFR2 agonist mechanism is unproven in humans.
Intense competition in immunology from larger, resource-rich companies.
Financial dependency on venture capital, with future fundraising subject to clinical data and market conditions.

Competitive Landscape

TRexBio competes in the crowded immunology space against large pharma and biotechs developing various anti-inflammatory biologics and small molecules. Its differentiation lies in its tissue-centric, Treg-focused approach, competing with other companies exploring Treg therapies (e.g., via IL-2, TNFR2) but with a unique discovery platform rooted in deep human tissue biology.