KM®Pro doesn't come from nowhere. The yeast strain at the heart of it was isolated from milk traditions that have run, uninterrupted, on the Tibetan plateau for thousands of years.
In the highlands of NaQu, Tibet, yaks are milked at five thousand metres — among the highest dairy operations on Earth. Their milk is fermented into kefir using indigenous strains of Kluyveromyces yeast that have adapted, over centuries, to thrive on lactose-rich substrates at extreme altitude.
It's one of these strains — separated, characterised, and registered with the China General Microbiological Culture Collection Center (CGMCC) — that produces KM®Pro. Heritage biology. Modern manufacturing.
Strain isolate · CGMCC registered · NaQu, Tibet
| Genus | Kluyveromyces |
| Source | NaQu, Tibet |
| Modification | Non-GMO |
| Registration | CGMCC |
| Process | Patented |
The non-GMO Kluyveromyces strain is propagated in controlled aerobic fermenters on a lactose-rich substrate.
The yeast metabolises sugars into high-density microbial biomass — concentrated, complete protein.
Protein is extracted from the biomass through a patented multi-stage process and dried to powder.
Every batch undergoes third-party testing — amino profile, heavy metals, microbiology, allergens.
Microbial fermentation has a fraction of the land-, water- and carbon-cost of dairy at scale.
Production isn't tied to feed yields, weather or herd cycles — manufacturing can scale linearly.
Built for the regulatory and consumer pressures coming for animal-derived ingredients in the next decade.