4. Conclusions
In the present study, we report that HPP of human milk, under
the tested conditions of temperature and time, does not alter the
milk fatty acid profile and does not change its content of vitamin
C and tocopherols. Compared to the traditional Holder pasteurisation,
HPP permits a better maintenance of the vitamin C in milk
and the same levels of preservation of fatty acid proportions and
tocopherols. This study gives valuable preliminary results, suggesting
HPP as a potential alternative to Holder pasteurisation for human
milk banks. Further investigation of the stability of other milk
components, involving exhaustive microbiological analyses, is
essential before HPP could be used to treat donor human milk.
4. ConclusionsIn the present study, we report that HPP of human milk, underthe tested conditions of temperature and time, does not alter themilk fatty acid profile and does not change its content of vitaminC and tocopherols. Compared to the traditional Holder pasteurisation,HPP permits a better maintenance of the vitamin C in milkand the same levels of preservation of fatty acid proportions andtocopherols. This study gives valuable preliminary results, suggestingHPP as a potential alternative to Holder pasteurisation for humanmilk banks. Further investigation of the stability of other milkcomponents, involving exhaustive microbiological analyses, isessential before HPP could be used to treat donor human milk.
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