Changes that occur in milk proteins during heat treatment were studied. Milk was heat treated at 87 degrees C for 10 min. Samples of untreated milk, demineralised whey powder and heat treated milk were analysed by discontinuous PAGE and by densitometric analysis of destained gels. PAGE experiments showed that heat treatment induces changes on milk proteins. During heating at 87 degrees C for 10 min all amount of beta-lactoglobulin present in milk interacted with casein, while small amount of alpha-lactalbumin did not interact with casein. It could be hypothesised that heating of milk at 87 degrees C for 10 min influences complete denaturation of beta-lactoglobulin and formation of complex with casein, while alpha-lactalburnin denatures and ...
Milk proteins are important for their nutritional value and for their functional properties. Heat tr...
The heat denaturation of α-lactalbumin (α-la) in NaCl and KCl solutions, milk ultrafiltrate and milk...
Lactoglobulin (LG) is the most abundant allergenic protein of the whey fraction. As a consequence of...
Changes that occur in milk proteins during heat treatment were studied. Milk was heat treated at 87 ...
Thermal treatments of milk induce changes in the properties of milk whey proteins. The aim of this s...
High temperatures induce certain changes in milk constituents, but the degree of these changes depen...
This paper deals with the investigation of the impact of the heat treatment of reconstituted skim mi...
Processed foods are less susceptible to various biological contaminants as well as to enzymes causin...
The influence of the sequence of processing steps on protein integrity and susceptibility to proteol...
Heating of milk is an essential step in the processing of various dairy products, like for example y...
Classification of heat load applied to milk requires the detection of parameters appropriately relat...
This paper deals with the investigation of the impact of the heat treatment of reconstituted skim mi...
Classification of heat load applied to milk requires the detection of parameters appropriately relat...
Classification of heat load applied to milk requires the detection of parameters appropriately relat...
Not AvailableThis study investigated casein-whey protein interactions in high-protein milk dispersio...
Milk proteins are important for their nutritional value and for their functional properties. Heat tr...
The heat denaturation of α-lactalbumin (α-la) in NaCl and KCl solutions, milk ultrafiltrate and milk...
Lactoglobulin (LG) is the most abundant allergenic protein of the whey fraction. As a consequence of...
Changes that occur in milk proteins during heat treatment were studied. Milk was heat treated at 87 ...
Thermal treatments of milk induce changes in the properties of milk whey proteins. The aim of this s...
High temperatures induce certain changes in milk constituents, but the degree of these changes depen...
This paper deals with the investigation of the impact of the heat treatment of reconstituted skim mi...
Processed foods are less susceptible to various biological contaminants as well as to enzymes causin...
The influence of the sequence of processing steps on protein integrity and susceptibility to proteol...
Heating of milk is an essential step in the processing of various dairy products, like for example y...
Classification of heat load applied to milk requires the detection of parameters appropriately relat...
This paper deals with the investigation of the impact of the heat treatment of reconstituted skim mi...
Classification of heat load applied to milk requires the detection of parameters appropriately relat...
Classification of heat load applied to milk requires the detection of parameters appropriately relat...
Not AvailableThis study investigated casein-whey protein interactions in high-protein milk dispersio...
Milk proteins are important for their nutritional value and for their functional properties. Heat tr...
The heat denaturation of α-lactalbumin (α-la) in NaCl and KCl solutions, milk ultrafiltrate and milk...
Lactoglobulin (LG) is the most abundant allergenic protein of the whey fraction. As a consequence of...