In the production of the majority of cheese varieties, two well-defined phases can be identified: manufacture and ripening, both of which include a number of processes/changes. The basic steps implicated in the protocols of cheese making are generally common for most varieties. While the nature of cheese is mainly determined by the manufacturing steps, the characteristic flavor and texture of an individual cheese type is developed during ripening. The treatments applied to milk prior to cheese making could influence the ripening process. Particularly, a large number of flavor compounds appear as a result of chemical and biochemical events, which includes the degradation of milk constituents, proteins, lactose and fat. Fat breakdown, also ca...
In Press, Corrected ProofAlthough the effects of cow diet on cheese sensory properties have been wel...
Camembert cheeses were produced using either small (∼3 pm, SFG) or large (∼6 μm, LFG) native milk fa...
The biochemistry of cheese ripening involves mechanisms such as glycolysis, proteolysis and lipolys...
Milk fat is one of the major components of cheese, which occurs as globules surrounded by a thin lay...
This work was aimed at identifying technological steps that can increase fat hydrolysis and volatile...
Enzymatic hydrolysis (lipolysis) of milk glycerides to free fatty acids is essential for flavor deve...
This study followed the progression of lipolysis in Emmental cheese by quantifying the concentration...
Homogenization applied to cheese milk has shown to increase lipolysis but its use is not spread as i...
Controlling lipolysis in cheese is necessary to ensure the formation of desirable flavor. To get a ...
An innovative hard cooked cheese making routine that included the use of homogenization of milk fat,...
Changes in the profile of the major free fatty acids (FFA) were assayed by HPLC up to 180 days of ri...
Under the trade name lipolysed milkfat (LMF), concentrated cheese flavours obtained via enzymatic t...
The aim of this study was to evaluate the influence of different storage temperatures and delivery s...
A study was carried out in order to assess the influence of the type of milk and of the ripening tim...
The aim of this study was to evaluate the influence of different storage temperatures and delivery s...
In Press, Corrected ProofAlthough the effects of cow diet on cheese sensory properties have been wel...
Camembert cheeses were produced using either small (∼3 pm, SFG) or large (∼6 μm, LFG) native milk fa...
The biochemistry of cheese ripening involves mechanisms such as glycolysis, proteolysis and lipolys...
Milk fat is one of the major components of cheese, which occurs as globules surrounded by a thin lay...
This work was aimed at identifying technological steps that can increase fat hydrolysis and volatile...
Enzymatic hydrolysis (lipolysis) of milk glycerides to free fatty acids is essential for flavor deve...
This study followed the progression of lipolysis in Emmental cheese by quantifying the concentration...
Homogenization applied to cheese milk has shown to increase lipolysis but its use is not spread as i...
Controlling lipolysis in cheese is necessary to ensure the formation of desirable flavor. To get a ...
An innovative hard cooked cheese making routine that included the use of homogenization of milk fat,...
Changes in the profile of the major free fatty acids (FFA) were assayed by HPLC up to 180 days of ri...
Under the trade name lipolysed milkfat (LMF), concentrated cheese flavours obtained via enzymatic t...
The aim of this study was to evaluate the influence of different storage temperatures and delivery s...
A study was carried out in order to assess the influence of the type of milk and of the ripening tim...
The aim of this study was to evaluate the influence of different storage temperatures and delivery s...
In Press, Corrected ProofAlthough the effects of cow diet on cheese sensory properties have been wel...
Camembert cheeses were produced using either small (∼3 pm, SFG) or large (∼6 μm, LFG) native milk fa...
The biochemistry of cheese ripening involves mechanisms such as glycolysis, proteolysis and lipolys...