Human Milk Oligosaccharide Composition for Athlete Gut Microbiota Stability

The patent combines prebiotic HMOs with probiotic compositions to create a synergistic effect. The prebiotic component selectively stimulates beneficial bacteria while the probiotic component introduces beneficial microorganisms, together providing comprehensive immune support and infection protection that neither component achieves alone.

The invention uses a composite formulation containing both prebiotic HMOs and probiotic microorganisms. This composite approach allows the composition to simultaneously provide substrate for beneficial bacteria growth and introduce beneficial strains, addressing both recovery capacity and immune system reliability.

The patent converts the potential harm of supplement consumption by adding prebiotic HMOs that selectively nourish beneficial bacteria. These HMOs compete with pathogenic bacteria for resources, turning the supplement regimen into a beneficial intervention that protects against infections while maintaining energy availability.

The prebiotic HMOs act as intermediaries between the athlete's diet and the gastrointestinal microbiota. They selectively feed beneficial bacteria without directly introducing pathogens, mediating the interaction between supplement consumption and microbial balance to prevent infections.

The patent applies preliminary action by administering prebiotic HMOs and probiotics before and during intensive training periods. This preparatory approach establishes a resilient microbiota community that can withstand the stresses of intensive training, preventing disruption before it occurs.

The composition provides beforehand cushioning by introducing beneficial microorganisms and their substrates prior to training stress. This creates a protective buffer in the gastrointestinal tract that cushions against the disruptive effects of intensive training on microbiota stability.