No approved therapy addresses all three TME suppression mechanisms in a single construct.
100% preclinical eradication rate; peer-reviewed in 3 journals; FDA Pre-IND complete.
Single product derived from AVIDIO™ platform supports multiple indications.
Composition-of-matter patent to 2044 — the strongest protection class in pharmaceuticals.
From Yale University School of Medicine and major pharmaceutical and biotechnology companies.
One manufacturing process across all indications; intraperitoneal for Phase I/Ib ovarian cancer patients.
Contact: Dr. Bijan Almassian, CEO & Founder · balmassian@viridiontherapeutics.com · viridiontherapeutics.com



Tumors upregulate PD-L1, switching off T-cells that would otherwise attack residual disease.
Suppressive signaling physically prevents T-cells from entering the tumor microenvironment — rendering even activated immune cells ineffective.
The IL-17 pathway creates a chronic inflammatory shield that protects surviving cancer cells from immune attack.
Current immunotherapies target a single immune axis. Durable control requires addressing all three mechanisms simultaneously.

Activates Immunity

Blocks Inflammation

Silences Checkpoints
Recurrent Ovarian Cancer — ~22,000 U.S. diagnoses/year, 70% recurrence rate, limited approved treatment options
Melanoma Immunotherapy — Cross-tumor immune memory confirmed in preclinical models
Triple-Negative Breast Cancer — High unmet need, limited approved options, large addressable population
Platform expansion potential — each new indication is an independent licensing opportunity
| Program | Indication | Stage |
|---|---|---|
| CARG-2020 | Ovarian Cancer | IND-Enabling |
| CARG-2020 | Triple-Negative Breast Cancer | Preclinical |
| CARG-2020 | Melanoma | Preclinical |
Composition-of-matter patent covering the VLV platform. Issued March 2026. 18+ years of exclusivity remaining. Additional filings in progress.
IL-12 (multiple Phase I/II trials), PD-L1 blockade (standard of care, $40B+ market), IL-17 modulation (approved in autoimmune disease).
Published in Cancer Immunol Res (2023), Acta Pharmaceutica Sinica B (2024), and Scientific Reports (2025). Originated from Yale School of Medicine.
Potential eligibility for Orphan Drug and Breakthrough Therapy designations for recurrent ovarian cancer.
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