A Living Ecosystem
Kefir is not merely a fermented drink; it is a living microbial ecosystem born from a 24-hour double fermentation of water or milk using heritage tibicos grains. This process does more than convert sugar into organic acids—it cultivates a diverse community of microorganisms. Each 280 ml bottle from our Nonthaburi production carries a pH of 4.32, an environment that favours the persistence of beneficial microbes.
The microorganisms in kefir are not a single selected strain but a balanced consortium of bacteria and yeasts. Species such as Lactobacillus, Bifidobacterium, Streptococcus, and Saccharomyces—all native to the human gut—coexist in harmony. Notably, Kefiranofaciens contributes to the formation of a protective biofilm on the intestinal lining, potentially reducing colonisation by undesirable microbes.
Consuming kefir is not simply about adding good bacteria; it is about introducing a living system that may help sustain a favourable gut environment over time.
The Power of Diversity: 36 Strains
This Thai-produced kefir contains 36 distinct strains—among the highest natural diversity in fermented beverages. This richness does not come from artificial blending but from the continuous fermentation of aged tibicos grains, which act as a stable reservoir of microbial variety.
Each strain plays a specific role. Lactobacillus acidophilus aids in sugar digestion and may reduce intestinal inflammation. Bifidobacterium longum is associated with immune regulation. Saccharomyces boulardii may help alleviate pathogen-related diarrhoea. Such diversity gives kefir a broader potential for supporting gut balance compared to products with only a few strains.
The CFU concentration is ~12 billion CFU/ml, a figure reflecting actual living microbial density per unit volume. This value is a measure of concentration, not a total per bottle—it should never be multiplied by the 280 ml volume.
How It Works: Mechanisms Beyond Supplementation
Once ingested, the live microorganisms begin working immediately, particularly in the upper intestine. Lactic acid bacteria produce lactic acid, lowering local pH and creating an environment less hospitable to unwanted microbes such as Escherichia coli or Clostridium difficile.
Kefir microbes also produce digestive enzymes, including lactase, which may improve lactose tolerance for some individuals. While it does not cure lactase deficiency, it may ease bloating or diarrhoea caused by milk sugars.
Secondary fermentation metabolites—such as kefiran and acetic acid—exhibit antioxidant properties and may support cellular immune function. These mechanisms illustrate that kefir is both a probiotic and a source of bioactive compounds.
The Ritual of Drinking Kefir Mindfully
For those new to live fermented beverages, begin slowly: start with 100 ml per day, gradually increasing as your gut adapts. Each bottle contains only 2.1 g of sugar, making it suitable for those monitoring sugar intake.
Our kefir is available in several flavours—Original, Sakura, Yuzu, Matcha, and Thai Herb—each crafted to preserve the natural character of kefir while appealing to local tastes. Thai Herb, for instance, incorporates lemongrass, kaffir lime leaves, and turmeric, which may offer mild anti-inflammatory support.
Regular consumption of kefir is not just about gut health; it is a practice of inner care—a ritual that introduces life into the body, helping it adapt and respond more resiliently over time.