Epirium Bio

Epirium Bio

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Private Company

Total funding raised: $201M

Overview

Epirium Bio is a private, clinical-stage biotech founded in 2008, focused on a novel platform targeting mitochondrial biogenesis and function via PGE-2 signaling. The company's most advanced asset, MF-300, is in Phase 2b for sarcopenia, with earlier-stage programs exploring indications like Becker muscular dystrophy, spinal muscular atrophy, and idiopathic pulmonary fibrosis. Led by CEO Russell J. Cox and backed by an $85M Series A, Epirium is advancing its pipeline of oral therapies for diseases with significant unmet need.

Neuromuscular DiseasesFibrotic DiseasesInflammatory DiseasesMuscle Wasting

Technology Platform

IP-protected platform of orally bioavailable small molecules that leverage PGE-2 signaling to restore tissue homeostasis by resolving inflammation, stimulating regeneration, and reducing fibrosis, with a novel mechanism linked to mitochondrial biogenesis and function.

Funding History

2
Total raised:$201M
Series B$116M
Series A$85M

Opportunities

The lead program in sarcopenia targets a large, aging population with no approved drugs, representing a blockbuster market opportunity.
The platform's breadth offers potential expansion into other high-value areas like pulmonary fibrosis (IPF) and inflammatory bowel disease (IBD), where oral therapies are highly desirable.

Risk Factors

High clinical development risk, as both lead programs are in mid-to-early stages and may fail in efficacy or safety trials.
Financial risk exists as a pre-revenue private company requiring future capital raises in an uncertain market.
The novel PGE-2 mechanism, while protected, is unproven in late-stage trials.

Competitive Landscape

In sarcopenia, competition includes other biotechs and large pharma companies developing myostatin inhibitors, SARMs, and other anabolic agents. In neuromuscular diseases, companies like Sarepta and Pfizer are leaders, but Epirium's oral, mitochondrial-focused mechanism offers a differentiated approach. The fibrotic disease space is crowded with both small molecules and biologics.