Measure the clock, not the calendar
A DNA-methylation clock and a 214-marker blood panel estimate biological age directly, so a therapy is judged by whether the clock slows — not by how a patient feels that week.
Longevity therapeutics · biomarker diagnostics
Continuum builds therapeutics that clear the cellular debris of aging, and a biomarker panel precise enough to measure whether they work. Not a wellness score — a clinical readout of how fast your body is aging, and a program to bend the curve.
[ The thesis ]
Hallmarks of aging — senescent-cell burden, epigenetic drift, mitochondrial decline — are quantifiable. Continuum measures them, targets them, and re-measures. The loop is the product.
A DNA-methylation clock and a 214-marker blood panel estimate biological age directly, so a therapy is judged by whether the clock slows — not by how a patient feels that week.
Senescent cells accumulate and leak inflammatory signals into healthy tissue. Our lead candidates drive targeted apoptosis of p16-positive cells while sparing the rest.
Each participant re-panels on a fixed cadence. Dose, biomarker response, and epigenetic-age trajectory feed one longitudinal record — the same record that steers the next protocol revision.
[ Therapeutic pipeline ]
Each program targets a distinct hallmark. Position on the rail shows the furthest phase reached in our internal model.
Positions are illustrative of a design concept. Continuum runs no clinical trials.
[ Biomarker dashboard ]
Ten markers roll up to one biological-age estimate. Each is graded against its optimal band — green is where we want you, not simply "normal for your age."
[ Early access ]
Screening starts with the full 214-marker panel and your first biological-age estimate. If you match an active program, a clinician walks you through the protocol before anything begins.
IRB-style review, clinician oversight, and consent precede any dosing. This is a design concept — no data is collected and no screening is scheduled.