XyloCor Therapeutics

XyloCor Therapeutics

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Private Company

Total funding raised: $178.5M

Overview

XyloCor Therapeutics is a private, pre-revenue biotech focused on addressing significant unmet needs in cardiovascular disease, specifically advanced coronary artery disease, using gene therapy. The company's lead candidate, XC001, is in Phase 2 development and aims to promote therapeutic angiogenesis. XyloCor's approach is built on foundational intellectual property from Weill Cornell and is led by a seasoned management team, positioning it to potentially offer a transformative treatment for patients with limited options.

Cardiovascular DiseaseCoronary Artery Disease

Technology Platform

Proprietary adenoviral vector-based gene therapy platform for targeted delivery of angiogenic factors (e.g., engineered VEGF) via epicardial injection, licensed from Weill Cornell Medical College.

Funding History

3
Total raised:$178.5M
Series B$67.5M
Series B$80M
Series A$31M

Opportunities

XC001 targets a large, underserved patient population (hundreds of thousands in the US alone) with refractory angina, representing a multi-billion dollar market opportunity for a first-in-class disease-modifying therapy.
Success could also enable platform expansion into other ischemic conditions like chronic limb-threatening ischemia.

Risk Factors

High clinical and regulatory risk associated with a novel gene therapy in a indication with a history of failed angiogenic trials.
The company is pre-revenue and will require significant additional capital to reach commercialization, facing financial and operational risks related to complex manufacturing and specialized delivery.

Competitive Landscape

XyloCor operates in a niche with limited direct gene therapy competitors for refractory angina, but faces indirect competition from device-based therapies (e.g., spinal cord stimulators, coronary sinus reducers), pharmacological agents, and emerging cell therapies. It must also contend with the historical skepticism in the field towards therapeutic angiogenesis.