Search

Infant formulations are enriched with vegetable oils that confer not only calories, but also peculiar chemical attributes. Vegetable oils are particularly rich in phytosterols, a class of triterpene molecules analogous to cholesterol, but with different and largely unknown biological effects. The preparation and sterilization of infant formula provide opportune physicochemical conditions for oxidative reactions to occur. Oxidation of phytosterols during the preparation of infant formula can led to oxidized derivatives, known as phytosterol oxidation products [POPs], which harmful effects can be exacerbated given the wide variety of infant formulas characterized by their exclusivity of milk surrogates, required to fulfill specific needs in the nutritional development of a baby. In this review, the state‐of‐the‐art regarding phytosterols and their presence in infant formulation is revised, stressing the need of further investigation in the field of food processing. Reconsidering infant formula manufacturing in the context of phytosterols oxidation will lead to several opportunities for food engineers and technologists in the food safety. Practical applications: Phytosterols are plant‐based bioactive lipids with health benefits. Therefore, they have been implemented as a supplement in infant formula through the addition of vegetable oils. Processing, packaging, and storage contribute to the oxidative process of these compounds. A surveillance of the entire food chain is needed to reduce the oxidative load in the final product. [ABSTRACT FROM AUTHOR]