The aging process is nonlinear
And not consistent across organs
On a mission to end age-related chronic disease
Developed from Stanford University research involving 45,000+ individuals over 15 years, Vero measures thousands of proteins with organ-specific signatures in your blood to detect the earliest molecular signs of age-related change.
These protein patterns shift years before traditional clinical markers or imaging reveal abnormalities.
Explore our published research:
The Vero Compass™*
Blood Collection
Proteomic Analysis
Organ-Specific Insight
Organ-Specific Intervention
Organ Health Outcomes
Founding Team
Tony Wyss-Coray
Paul Coletta
Markus Okumus
Guided by world-class clinical and scientific expertise
Eric Verdin, MD
Heike Bischoff-Ferrari, MD
Michael Doney, MD
Christin Glorioso, MD, PhD
Press & Media
Featured in leading scientific and health publications exploring the future of predictive medicine.
“Let’s say I were going to start a new medication… you could monitor how that impacts—for better or worse—the age of a particular organ or set of organs.”
“The hope is that we will do preventive medicine and give people real feedback… it could completely change medicine”
“The idea that we might be able to change how we age is what’s really exciting about the research”
“How old is your pancreas?
What about your brain or heart?”
