Longevity science · Seattle

What if therapeutic discovery started with knowing how a molecule affects longevity?

Ora has built the largest lifespan dataset generated on one platform under one protocol: around 10,000 compounds tested for their effect on lifespan in a whole organism. Our first discoveries enable tissue to repair and regenerate from damage as if it were biologically younger. We are aiming these interventions at skin health first, showing that the promise of longevity medicine is more than skin deep.

A glass funnel: thousands of molecules crowd the top layer, each ring below holds fewer, and a single golden molecule rests at the tip.
~10,000Molecules screened in vivo
~1,000,000C. elegans observations
100sHits tested in human cells
2Programs focused on skin health

How we work

Clinical candidates and cosmetic actives from the same screen.

Results from one track feed the other.

Consumer track

Skin health and cosmetic actives

Botanical-derived actives for the visible signs of photoaging. A cosmetic ingredient reaches human skin years before a drug reaches a patient. Formulation and consumer development run through partners.

Skin health →
One discovery engine

Lifespan in C. elegans, then assays in human skin cells, for both tracks.

Clinical track

Radiation dermatitis and beyond

Radiation dermatitis, injury repair, and eventually longevity medicine. A defined patient population, a graded endpoint, and no topical drug approved to treat it.

Pipeline →

The discovery engine

We start in a whole living organism, and the readout is survival.

WormBot scoring a lifespan experiment. Every animal, every day, automatically.
  1. Compound library in

    Approved and off-patent small molecules, natural and semi-natural products, peptides.

  2. Robotic screening

    Automated handling and continuous imaging across large parallel animal populations.

  3. AI analysis

    Computer vision and models that call hits, rank them, and fit dose-response.

  4. Translation

    Top hits into human skin cells and ex vivo human skin. Clinical candidates go on to mammalian studies.

Because the readout is survival rather than activity in one pathway, the screen picks up compounds regardless of mechanism. Mechanism is worked out afterwards, in human cells.

Days of adulthood Fraction alive Control Hit compound
Schematic: what a lifespan hit looks like on the screen. Each step is a death; the treated population’s median shifts right.
Micrograph of a day-16 adult C. elegans, visibly deteriorated
Micrograph of a day-5 adult C. elegans, smooth and mobile
◀ ▶
Day 5Day 16

Slowing of movement, loss of resilience and healing, and shared molecular hallmarks of aging let us use this simple animal as a model. Less than 1 mm long, and you can tell by eye which animal is young and which is old. A whole life inside three weeks. Drag to compare adult C. elegans at day 5 and day 16.

Where this goes

Skin first, then radiation dermatitis, then longevity medicine.

The same screen and the same biology of damage and repair, applied in three settings.

First

Cosmetic application

Skincare actives reaching people first.

Next

Cancer care

Radiation dermatitis, the first clinical indication.

Horizon

Longevity medicine

Therapies for aging itself.

News

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Working on skin health, radiation care, or longevity medicine?

Tell us what you are looking for and we will show you what the screen has found.

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