Journal of Dairy Research · 1934 · 16 citations · 3 references
AgricultureDairy ScienceFood ScienceCheese ScienceDairy MicrobiologyFood MicrobiologyCheese ManufactureCheese MicrobiologyCheese RipeningLactic Acid BacteriaProteolysis In CheeseStarter CulturesCasein Proteolysis AssessmentCheese Ripening AssessmentCheese Ripening KineticsCheese Ripening MicrobiologyCheese Surface RipeningProteolysis During RipeningTexture Changes During RipeningTexture During Ripening
In a previous communication (Allen (1)) it was shown that Cheddar cheese made from milk of a very low bacterial count (Grade A (T.T.)) exhibited a retarded rate of ripening, as evidenced by proteolysis and development of flavour and texture, when compared with similar cheese made from ordinary market milk, and the view was advanced that the miscellaneous flora of market milk produces sufficient proteolysis of the casein in the early stages of manufacture to provide the starter organisms with necessary nitrogen compounds for rapid growth.
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