Using high-viscosity oat β-glucan to encapsulate the off-flavors of yeast protein and improve mouthfeel is an approach that combines functional and clean-label advantages.

The core logic is to use the high viscosity and film-forming properties of oat β-glucan to build a physical barrier around yeast protein particles, while neutralizing or encapsulating off-flavor molecules through intermolecular interactions.

Masking with flavorings often treats the symptoms rather than the root cause. A better approach is to use high-viscosity oat β-glucan for natural encapsulation.

✅ Physical barrier: Sinocon high-viscosity oat β-glucan can form a viscous network around yeast protein, “locking” off-flavor molecules inside and reducing their release.

✅ Molecular adsorption: Oat β-glucan can interact with aldehydes, ketones, and other off-flavor compounds, reducing perceived flavor intensity.

✅ Mouthfeel enhancement: It also delivers a fat-like smooth mouthfeel without adding extra oils, making the product rounder.

In practice, keep a few key points in mind:

Choose high-viscosity, high-molecular-weight Sinocon oat β-glucan for better encapsulation.

Mix thoroughly before dissolving to avoid clumping and uneven encapsulation.

Start with a small dosage in lab trials and find a balance between off-flavor masking and texture.

Oat β-glucan not only increases dietary fiber content; it can also serve as a “flavor buffer layer” and “smooth mouthfeel agent” for yeast protein.