Mammogen Raises Up to $30M to Advance RNA Blood Test for Early Breast Cancer Detection

6 June 2026

R&D World recently featured Mammogen following the company’s Series A financing of up to $30 million to advance genTRU-breast, our RNA-powered blood test designed to support earlier breast cancer detection.


The article explores Mammogen’s approach to helping women with dense breast tissue, the ongoing pivotal study for genTRU-breast, and how additional molecular information could help guide what comes next after mammography.


The feature also includes insights from CEO Elizabeth Cormier-May and COO Marty Keiser on Mammogen’s mission, clinical strategy, and plans to bring the technology to market.


Read the full article on R&D World →

26 August 2026
NBC 10 News featured Mammogen CEO Elizabeth Cormier-May in its coverage of the evolving landscape of blood-based cancer detection and an upcoming FDA advisory committee review of GRAIL’s Galleri test. Cormier-May shared her perspective on the significance of liquid biopsy technology and discussed how Mammogen’s approach differs by focusing specifically on earlier breast cancer detection. The story also highlights Mammogen’s blood-based test and its potential role in supporting women who may need additional testing following their annual mammogram. Read the full article on NBC 10 News →
21 August 2026
The Scientist | Elizabeth Cormier-May In this contributed article for The Scientist, Mammogen Co-Founder and CEO Elizabeth Cormier-May explores why RNA may represent the next frontier in molecular diagnostics. The article examines how RNA can provide a dynamic view of what is happening biologically in real time, and why that information may be particularly valuable in early cancer detection. Cormier-May also discusses the importance of moving beyond simply detecting disease earlier toward generating insights that can meaningfully inform clinical decisions and patient care. Read the full article on The Scientist →
21 August 2026
RNA opens a window into biology in motion, shifting molecular diagnostics from measuring more biology to finding the right biology in time to change patient care.