The objective of this work was to study kinetics of color development in protein-fortified cookies systems at three heat-treatment temperature (190, 220, 250 ºC) and three water content (23, 26, 29 %). Response surface methodology was used to analyze the effect of heat treatment and water added on reaction rate constant obtained for L*, a*, b*, Cab*, hab* and were compared with Arrhenius equation. Color parameters evolutions follow a first-order kinetic. The linear coefficients corresponding to the water added variable were no significant for all color parameter, meaning rate constants values were only heat treatment temperature dependent. The goodness of the model prediction was assessed by the mean absolute relative error (%). Results sho...
A protocol for determining the characteristic temperatures of thermomechanical transitions on gluten...
Browning and gelation kinetics of a sheep milk and sucrose model system with 70% total solids (simul...
This research aimed at determining the influence of different factors (i.e. ingredients and process ...
The modern food industry relies on the application of the Maillard reaction to produce many foods, e...
Kinetic models for describing the Maillard reaction have been developed extensively but a versatile ...
During baking of bakery products temperature of baking, temperature profiles, moisture content, volu...
This study investigated the influence of temperature on the color development of melanoidins formed ...
The objective of this work was to investigate the effect of soyflour and wheyproteinconcentrate (WPC...
The influence of storage time, temperature, and packaging on some physicochemical characteristics of...
The kinetics of color and fluorescence development in systems containing whole milk powder (WMP), su...
The research was intended to study the development of color during heat treatment in a model real sy...
The research was intended to study the development of color during heat treatment in a model real sy...
Abstract A mathematical model was set up to predict browning kinetics of bread crust during baking. ...
Baking is a decisive stage in the production of bakery products, in general—muffins, in particular—f...
The complex dependence of non-enzymatic browning development on processing conditions was analyzed i...
A protocol for determining the characteristic temperatures of thermomechanical transitions on gluten...
Browning and gelation kinetics of a sheep milk and sucrose model system with 70% total solids (simul...
This research aimed at determining the influence of different factors (i.e. ingredients and process ...
The modern food industry relies on the application of the Maillard reaction to produce many foods, e...
Kinetic models for describing the Maillard reaction have been developed extensively but a versatile ...
During baking of bakery products temperature of baking, temperature profiles, moisture content, volu...
This study investigated the influence of temperature on the color development of melanoidins formed ...
The objective of this work was to investigate the effect of soyflour and wheyproteinconcentrate (WPC...
The influence of storage time, temperature, and packaging on some physicochemical characteristics of...
The kinetics of color and fluorescence development in systems containing whole milk powder (WMP), su...
The research was intended to study the development of color during heat treatment in a model real sy...
The research was intended to study the development of color during heat treatment in a model real sy...
Abstract A mathematical model was set up to predict browning kinetics of bread crust during baking. ...
Baking is a decisive stage in the production of bakery products, in general—muffins, in particular—f...
The complex dependence of non-enzymatic browning development on processing conditions was analyzed i...
A protocol for determining the characteristic temperatures of thermomechanical transitions on gluten...
Browning and gelation kinetics of a sheep milk and sucrose model system with 70% total solids (simul...
This research aimed at determining the influence of different factors (i.e. ingredients and process ...