The longevity postbiotic
3,000,000 years in the making

Frozen in Mammoth Mountain

A bacterium is sealed into the permafrost of Yakutia, Siberia. The cold suspends it — not dead, not alive. Waiting.

Thawed. Still viable.

Researchers drilling permafrost cores recover the strain — and it revives in culture, intact after millions of years of dormancy.

WO2012060729 filed

The strain and its applications are patented internationally; the genome is sequenced and deposited. Five national patents follow.

A decade in the lab

Cell viability, comet-assay DNA studies, animal models. The mechanisms behind its extraordinary resilience are mapped.

The postbiotic, bottled

The stable metabolites — not live bacteria — are cold-processed into daily drops. Ancient resilience, modern precision.

One organism.
Ten ways it works for you.

International patent WO2012060729 covers the strain and its applications, alongside five national filings in the RU, EP, US, JP and CN families. These are published documents: the scans sit in the archive rather than being described second-hand.

The strain is sequenced and deposited — characterised at sequence level, not by morphology alone. That is what makes a postbiotic reproducible: the metabolites come from a defined, identifiable organism, batch after batch.

A postbiotic carries no live bacteria, so there is nothing to keep alive: the drops are shelf-stable, need no refrigeration, and deliver the same composition on day one and day thirty. One measured dose each morning is the whole routine.

Comet-assay imaging, or single-cell gel electrophoresis, is the reference method used here for DNA-integrity work. Individual cells are run in a gel. Fragmented DNA trails behind the nucleus like a comet tail. It is a visual measure, and the comparison above is the same one.

No — it is a postbiotic. We deliver the stable, well-characterized metabolites of the Bacillus F organism, not live bacteria. That means consistent composition, no refrigeration, and a clean, stable safety profile.

The strain was recovered from Siberian permafrost and revived in culture; its discovery, genome sequencing and patent family (WO2012060729 plus five national patents) are documented on our Science page.

NMN targets NAD+ levels; spermidine targets autophagy. Bacillus F works on oxidative-stress defense and cellular resilience — a complementary mechanism. See our full comparisons in Learn.

We ship worldwide in monthly batches, with localized support for the US, UK, Canada, Japan, Germany, France and Spain. Request access and we confirm availability for your country within 48 hours.

By design. Every request goes through the form to info@bacillusf.com so nothing is lost and every answer is written, referenced and reviewable. Replies within 48 hours.