found a decrease in the protein content of ripened cheeses during storage regardless of the kind of milk (goat’s, ewe’s and cow’s) used in their production. Changes in the protein content of cheeses during storage have been related to protein hydrolysis and the production of water-soluble nitrogen compounds, which are released in the brine (Pintado et al., 2008).
The moisture, salt and pH values of cheeses are related to the time of ripening because ripened cheeses present lower moisture, greater hardness, higher acidity and higher salt content than unripened cheeses (Freitas & Malcata, 2000). However since our cheeses were only slightly ripened few significant variations of such parameters were observed throughout storage time. On the other hand, compositional variation was evident according to type of milk, disclosing significant differences between CCM and the other two cheeses e goats milk and mixture, except for protein content.
found a decrease in the protein content of ripened cheeses during storage regardless of the kind of milk (goat’s, ewe’s and cow’s) used in their production. Changes in the protein content of cheeses during storage have been related to protein hydrolysis and the production of water-soluble nitrogen compounds, which are released in the brine (Pintado et al., 2008).
The moisture, salt and pH values of cheeses are related to the time of ripening because ripened cheeses present lower moisture, greater hardness, higher acidity and higher salt content than unripened cheeses (Freitas & Malcata, 2000). However since our cheeses were only slightly ripened few significant variations of such parameters were observed throughout storage time. On the other hand, compositional variation was evident according to type of milk, disclosing significant differences between CCM and the other two cheeses e goats milk and mixture, except for protein content.
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found a decrease in the protein content of ripened cheeses during storage regardless of the kind of milk (goat’s, ewe’s and cow’s) used in their production. Changes in the protein content of cheeses during storage have been related to protein hydrolysis and the production of water-soluble nitrogen compounds, which are released in the brine (Pintado et al., 2008).
The moisture, salt and pH values of cheeses are related to the time of ripening because ripened cheeses present lower moisture, greater hardness, higher acidity and higher salt content than unripened cheeses (Freitas & Malcata, 2000). However since our cheeses were only slightly ripened few significant variations of such parameters were observed throughout storage time. On the other hand, compositional variation was evident according to type of milk, disclosing significant differences between CCM and the other two cheeses e goats milk and mixture, except for protein content.
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