Mannan oligosaccharides (MOS) derived from yeast cell walls closely mimic the binding sites on the intestinal lining where harmful pathogens attach.

By acting as decoy receptors, MOS competitively bind these pathogens, preventing them from reaching and colonizing the gut—supporting a healthier digestive environment.

The specially structured yeast cell walls in YeaMOS offer numerous binding sites for a wide range of harmful mycotoxins.

Through mechanisms such as hydrogen bonding and Van der Waals interactions, YeaMOS forms stable complexes with toxins like zearalenone, effectively neutralizing their harmful effects and protecting animal health.

B-glucans directly stimulate the immune system by binding to surface receptors on immune cells:

Release of signaling molecules (cytokines), Enhanced phagocytic activity, Induction of specific and non-specific immune responses