MAX BioPharma

MAX BioPharma

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Private Company

Funding information not available

Overview

MAX BioPharma is a preclinical biotech leveraging its proprietary Oxysterol Therapeutics® platform to develop small-molecule lipid drugs. Founded on discoveries from UCLA, the company's most advanced candidate, Oxy210, is an oral, antifibrotic/anti-inflammatory agent being developed for MASH. As a private, preclinical-stage company, MAX BioPharma is targeting large, unmet medical needs across fibrosis, inflammation, and infection, but faces the inherent risks of early-stage drug development and platform validation.

Metabolic DiseaseFibrosisInflammationInfectious DiseaseOrthopedics

Technology Platform

Oxysterol Therapeutics®: A proprietary drug discovery platform based on synthetic, small-molecule oxysterols that modulate cellular signaling pathways (e.g., Hedgehog) to treat diseases in fibrosis, inflammation, infection, and bone disorders.

Opportunities

The lead MASH indication represents a massive, underserved market with multi-billion dollar potential, providing a clear value inflection point.
The platform's applicability across fibrosis, chronic inflammation, and viral infections allows for pipeline diversification and multiple shots on goal from a single core technology.

Risk Factors

The company faces high scientific risk as its novel oxysterol platform is unproven in humans, and its preclinical data must translate to clinical efficacy and safety.
As a private, pre-revenue company, it is heavily dependent on securing future funding to advance its pipeline, with failure to do so posing an existential threat.

Competitive Landscape

In MASH, competition is intense with numerous large pharma and biotech companies in late-stage clinical trials. The fibrosis and IPF landscapes also have approved and late-stage therapies. MAX BioPharma's differentiation lies in its novel mechanism of action via oxysterols, but it trails significantly in development stage.