The colloidal state of calcium enriched milks during heating and its microstructures were analysed through interpretation of rheometric data with the Brownian aggregation theory, which can be considered as complementary to the methods currently used. Viscosity was measured at 100 s−1 through temperature and time sweeps. It was observed that from 25 to 60C, viscosity slowly decreased as temperature increased; above 60C, viscosity sharply increased at different temperatures depending on the amount of CaCl2. From time sweeps, the aggregation of casein micelles was described through the Smoluchowski theory. The addition of CaCl2 at concentrations of 20 to 30 mmol kg−1 decreased the stability factor 5 to 6 orders of magnitude compared with non-e...
Abstract – This study aimed at understanding the role of colloidal calcium phosphate (CCP) in acid g...
The effects of holding temperature and ionic strength on the physicochemical and rheological propert...
The proteins of milk can be divided into whey proteins and caseins. Whey proteins are compact globul...
The objective of this work was to analyze the changes in the physicochemical and rheological charact...
The role of calcium in rennet coagulation of milk is unquestionable in production technology of many...
The study investigated the calcium-induced gelation of milk during heat treatment. Rheological measu...
In milk, αs1-, αs2-, β-, and κ-caseins undergo association into colloidal complexes (casein micelles...
Understanding the behavior of casein micelles (CM) in concentrated regimes is critical for the desig...
In practice it is challenging to prepare a concentrated medical product with high heat stability<br ...
Sodium caseinate suspensions (Cas) are stabilized as submicelles in a dynamic system consisting of c...
International audienceAbstractUnderstanding the behavior of casein micelles (CM) in concentrated reg...
Les caséines, les protéines les plus abondantes du lait, sont associées sous forme de micelle ayant ...
The thermal processing of milk changes the composition and surface properties of the colloidal parti...
Enzymic milk coagulation was monitored by measuring changes in curd firmness and apparent absorbance...
Rheological behavior of dispersions of casein micelles (CM) was predicted through a viscosity model ...
Abstract – This study aimed at understanding the role of colloidal calcium phosphate (CCP) in acid g...
The effects of holding temperature and ionic strength on the physicochemical and rheological propert...
The proteins of milk can be divided into whey proteins and caseins. Whey proteins are compact globul...
The objective of this work was to analyze the changes in the physicochemical and rheological charact...
The role of calcium in rennet coagulation of milk is unquestionable in production technology of many...
The study investigated the calcium-induced gelation of milk during heat treatment. Rheological measu...
In milk, αs1-, αs2-, β-, and κ-caseins undergo association into colloidal complexes (casein micelles...
Understanding the behavior of casein micelles (CM) in concentrated regimes is critical for the desig...
In practice it is challenging to prepare a concentrated medical product with high heat stability<br ...
Sodium caseinate suspensions (Cas) are stabilized as submicelles in a dynamic system consisting of c...
International audienceAbstractUnderstanding the behavior of casein micelles (CM) in concentrated reg...
Les caséines, les protéines les plus abondantes du lait, sont associées sous forme de micelle ayant ...
The thermal processing of milk changes the composition and surface properties of the colloidal parti...
Enzymic milk coagulation was monitored by measuring changes in curd firmness and apparent absorbance...
Rheological behavior of dispersions of casein micelles (CM) was predicted through a viscosity model ...
Abstract – This study aimed at understanding the role of colloidal calcium phosphate (CCP) in acid g...
The effects of holding temperature and ionic strength on the physicochemical and rheological propert...
The proteins of milk can be divided into whey proteins and caseins. Whey proteins are compact globul...