The Postbiotic Advantage:
Stability and Precision
For health-conscious consumers seeking to optimize their well-being, digestive health supplements offer various options. Postbiotics represent a scientifically validated advancement that combines stability, precision, and safety in one innovative solution.
A Scientific Advancement
According to the International Scientific Association of Probiotics and Prebiotics (ISAPP), postbiotics are defined as preparations of inanimate microorganisms and/or their components that confer health benefits on the host.
Unlike probiotics, which rely on live bacteria, postbiotics consist of carefully inactivated microbial cells and their bioactive components.
Three Core Advantages
- 1Greater stability across various temperatures and pH conditions
- 2Standardized and consistent dosing
- 3Enhanced safety profile
Stability in Formulation
Storage requirements and shelf life depend on the preparation. Check the product specification for tested conditions and quality measures.
Temperature Resilience
Storage requirements and shelf life depend on the preparation. Check the product specification for tested conditions and quality measures.
pH Stability
Tolerance to acid and other process conditions has to be measured for the ingredient and the finished product, not assumed from the category.
Extended Shelf Life
Because the cells are not viable, loss of viability during storage is not a concern. Shelf life is still defined by the attributes measured for the ingredient.
Manufacturing Flexibility
Formats under discussion include capsules, tablets, powders and functional foods. Confirm the processing conditions for each application.
Precision Dosing
A standardised composition supports batch-to-batch consistency for the specified attributes.
Safety Profile
Removing the risks that come specifically from administering live microorganisms
Inactivated microorganisms cannot replicate
Safety still needs to be assessed for the preparation, dose and intended population
No live-cell colonisation is required for the ingredient to act
Antibiotic resistance transfer via live cells does not apply; strain and preparation data should still be reviewed
Regulatory treatment depends on the market, the ingredient and the claim
Dose, composition and target population determine the safety assessment
Discover the Science Behind Postbiotics
This resource, informed by leading scientific consensus and peer-reviewed research, provides an evidence-based overview of postbiotics—what they are, how they function, and their documented health applications.
Explore Our Knowledge HubFor comprehensive information on the scientific definition and mechanistic details