Overview of Bifinorm
| Property | Description |
|---|---|
| Active ingredient | Viable microorganisms (Bifidobacterii) |
| Form | Capsules, tablets, or lyophilized powder |
| Pharmacological class | Probiotic, Intestinal Microflora Regulator |
| Common use | Supporting digestive balance |
| Origin | Biological medicine, Natural origin |
What Type of Medicine is Bifinorm?
Bifinorm is defined as a Live Bacterial Preparation (LBP), classified under the pharmacological class of probiotics and specifically designated as a eubiotic. This preparation's identity is that of a biological medicine intended to act as an intestinal microflora regulator. Preparations of this type are used in modulating the host's microflora, supporting overall gut health. As a typical non-prescription (OTC) product, Bifinorm is often positioned for adults and older children seeking reliable digestive support. The product’s function is established as restorative and biological, distinct from synthetic chemical actions.
Composition and Origin: The Role of Bifidobacterii
The active ingredient(s) in Bifinorm are concentrated strains of Bifidobacterii, commonly featuring Bifidobacterium bifidum, which are of natural origin. Bifidobacterium species are key microbial colonizers in the human gut, supporting the preparation's core principle of fortifying the native microflora. For oral route of administration, the preparation is delivered in common dosage form(s) such as protective capsules or tablets, utilizing stabilized lyophilized powder. This specialized form is designed to ensure the delivery of viable microorganisms past the stomach environment to the intestines.
General Purpose: Supporting Digestive Balance
The general purpose of administering this preparation is to achieve microflora normalization and promote overall digestive balance. Bifinorm is typically used in scenarios where the digestive balance may be temporarily disrupted. By introducing a high concentration of beneficial Bifidobacterii, the preparation assists the restoration of beneficial flora. This mechanism relies on the viability of these strains in the gastrointestinal tract, leading to a beneficial outcome in supporting the stability of the gut environment.
Regulatory References

