iECURE

iECURE

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Private Company

Total funding raised: $115M

Overview

iECURE is a private, pre-revenue biotech leveraging a disruptive in vivo gene insertion platform to develop potentially curative treatments for rare liver disorders. The company's core strategy is built on an exclusive, foundational collaboration with the University of Pennsylvania's Gene Therapy Program (GTP), providing deep translational R&D expertise. Its most advanced asset, ECUR-506 for OTC deficiency, has received FDA RMAT designation and is in clinical trials, positioning iECURE as a notable player in next-generation gene editing.

Rare DiseaseGenetic DisordersMetabolic DiseaseLiver Disease

Technology Platform

Mutation-agnostic in vivo gene insertion platform using gene editing to knock healthy copies of disease-causing genes into patient chromosomes for long-term, stable expression, initially focused on liver disorders.

Funding History

2
Total raised:$115M
Series B$65M
Series A$50M

Opportunities

The mutation-agnostic platform allows a single therapeutic approach to address hundreds of different mutations within a target gene, enabling treatment for broad patient populations across multiple rare liver diseases.
Regulatory designations like RMAT and support via FDA pilot programs can accelerate development and review timelines for its lead asset.

Risk Factors

Clinical risks include potential off-target editing effects and long-term safety unknowns inherent to in vivo gene editing.
Commercial risks are heightened by the ultra-rare patient population for its lead indication, which challenges pricing, market access, and profitability unless the platform is successfully expanded.

Competitive Landscape

iECURE competes in the rapidly evolving gene editing and gene therapy space for liver diseases. Competitors include companies developing AAV-based gene replacement therapies, RNA-targeting approaches, and other gene editing platforms (e.g., CRISPR/Cas9, base editing). Its key differentiator is the exclusive partnership with Penn's GTP and its focus on precise gene insertion rather than gene addition or correction.