Food Biotechnology · 1991 · 83 citations · 42 references
AgricultureDairy ScienceFood ScienceCheese ScienceEnzyme MechanismEnzymologyCasein ChemistryCheese EnzymologyCheese MicrobiologyCheese RipeningMilk EnzymesProteolysis In CheeseCasein BreakdownCheese Ripening CulturesCheese Ripening EnzymesCheese Starter CulturesProteolysis During RipeningProteolytic Enzymes In CheeseRennet ProteolysisSecondary Proteolysis
Summary Enzymes either from milk itself or added in the form of rennet or microorganisms play the dominant role in the conversion of milk in cheese. Of the enzymic reactions the breakdown of caseins is by far the most important reaction. Five main systems contribute to the hydrolysis of caseins: Rennet, indigenous milk proteinase, proteinases and peptidases produced by the starter cultures, enzymes of the secondary starters, enzymes of non‐starter cultures. The relative contributions of these systems in the ripening of various types of cheese will be discussed in detail. Some attention will be paid to secondary reactions like amine formation and the action of lipases during cheese ripening.
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Developments in dairy chemistry—1
G. C. Cheeseman · Food Chemistry · 1983 · 919 citations
Proteolysis During Cheese Manufacture and Ripening
Patrick F. Fox · Journal of Dairy Science · 1989 · 592 citations · Full text
Texture Development During Cheese Ripening
R. C. Lawrence, Lawrence K. Creamer, J. Gilles · Journal of Dairy Science · 1987 · 505 citations · Full text
Proteolytic enzymes of dairy starter cultures
Terence D. Thomas, G. G. PRITCHARD · FEMS Microbiology Letters · 1987 · 282 citations · Full text