The keywords highlight a specific focus on high iron absorption for infants. The underlying technical problem is the low bioavailability or poor absorption of essential minerals in cereal-based diets.

Bioactive lipids like ARA and algal nutrients are often broken down by rumen microbes before they can be absorbed and secreted into milk. Protecting these compounds from premature digestion ensures higher nutritional transfer efficiency to the final dairy product.

The keywords focus on the loss of structural integrity in bone and joint tissues. Addressing this biological failure mode enables the development of functional dairy products that prevent or reverse skeletal mobility limitations.

The specific peptides identified are bioactive sequences derived from milk proteins that address the deficiency of natural immunomodulatory factors in infants or immunocompromised subjects. Solving this provides a technical advantage by enhancing systemic pathogen defense and gut-associated lymphoid tissue maturation.