Journal of Dairy Science · 1951 · 11 citations · 4 references
AgricultureDairy ScienceFood ScienceFood PreservationMilk ChemistryMilk QualityDairy ProcessingDairy Product PreservationHeat Treatment Of MilkMilk ProcessingMilk SpoilageMilk StorageFlavor Changes During Heat TreatmentFrozen StorageMilk Quality PreservationMilk Storage OxidationOxidized Flavor Development
Evaporated milk does not develop an oxidized, tallowy, or cappy flavor similar to that encountered in market milk. During sterilization (115 C. for 15 rain.), reducing substances are formed and a cooked or caramelized flavor is produced so that, even though the reactions leading to formation of the off-flavor could take place, the off-flavor would be masked. Furthermore, enzymes which might play a role in the development of this off-flavor would be inactivated by the high heat treatment (5). It follows that there is a heat treatment between that of pasteurization and sterilization below which an oxidized flavor may develop and above which it will not develop.
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Erland C. Gjessing, G.M. Trout · Journal of Dairy Science · 1940 · 10 citations · Full text
Agriculture, Chemistry, Food Science +16