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A patient lying on the table of a PET/CT scanner while a clinician in a white coat operates the machine.

Patient impact

Every dose is someone’s clock.

These medicines only work if they arrive in time. The hours a dose stays usable are the hours it can travel, and the patients it can reach.

The clock

A dose starts dying the moment it is made.

A radioligand therapy is built on a radioactive atom, and that atom begins decaying immediately. The usable window is measured in days, and it cannot be extended by planning alone.

6.6 days

Lutetium-177 loses half its strength roughly every 6.6 days. The clock starts the moment the dose is made and cannot be paused.

5 days

A Pluvicto dose is labeled usable for just 120 hours from calibration. After that window it must be discarded.

0

Doses that can be redirected. A dose is made for one named patient; if it expires in transit, it is thrown away, not given to someone else.

See the supply-chain clock in motion, the same race told from the dose’s side.

When the clock wins

Distance decides who gets treated.

Because a dose expires and cannot be redirected, patients far from a production site or a certified treatment center are structurally harder to reach. It has already happened at national scale.

A single point of failure

For most of 2023, Pluvicto was in an FDA-recognized shortage, driven in part by relying on a single manufacturing site. New patients faced waits of three months or more, and physicians publicly warned that some men would not survive the wait.

The fix was distance

Novartis responded by building manufacturing closer to patients and expanding certified treatment centers, past 200 US sites by late 2023 with roughly 130 more planned, because shrinking the distance a dose must travel is the direct lever on the expiry problem.

The lever

Usable life is the access lever.

Hold a dose’s purity longer, and it can travel farther and be scheduled more flexibly before it expires. More usable life per dose means more doses reaching more people, in more places.

That is the outcome DuraRad is built to pursue: an enzyme coating inside the vial, designed to lower the standing concentration of the reactive oxygen species that decay creates. Whether it extends usable life is the hypothesis FabUTech is validating now, not a proven result. But the lever it aims at is the one that decides who gets treated.

How far a single production run can reach A conceptual diagram. A DuraRad-coated vial at a central production site sends reach outward: an inner circle marks the clinics reachable today, and a larger glowing circle marks the clinics newly in range once DuraRad extends the drug product's usable life. Illustrative — not modeled distances or patient numbers.
  • Production site
  • In range today
  • In range with more usable life
Illustrative. Not modeled distances or patient numbers.
A small glass vial resting in warm, low sunlight.
The whole point sits at the end of the chain: a dose that arrives in time.

Why it matters

Reach is measured in people.

Behind every expired dose is a patient who waited. FabUTech is a stability company because stability is where access is won or lost, in the hours between the production line and the patient.

Widen the window, widen the reach.

Understand the field this sits inside, the problem it targets, or start a conversation about DuraRad.

Sources

Half-life, shelf life, the 2023 shortage, and the treatment-center expansion are public and cited here. DuraRad’s effect on usable life is under validation and is not asserted as fact.