In this study, the changes during storage in the physicochemical, textural and sensory properties of nonfat yoghurts fortified with whey proteins, namely whey protein concentrates (WPC), whey protein isolates and whey protein hydrolysates, were investigated. Enrichment of nonfat yoghurt with the whey protein additives (1% w/v) had a noticeable effect on pH, titratable acidity, syneresis, water-holding capacity, protein contents and colour values on the 14th day of storage (P<0.01). The addition of whey proteins to the yoghurt milk led to increases in the hardness, cohesiveness and elasticity values, resulting in improved textural properties. The addition of WPC improved the texture of set-type nonfat yoghurt with greater sizes in the gel ne...
Due to a growing demand for functional fermented dairy foods with improved nutritional qualities, th...
The demand for low-fat high-protein yogurts has increased substantially over the past years. However...
The use of whey protein concentrate (WPC) for the improvement of physical properties of nonfat ferme...
Abstract: The aim of the study was investigation of quality of fat-free, set-type yoghurt made at 5 ...
AbstractThe effects of liquid whey protein concentrates (LWPC) on biochemical, physical and sensoria...
The present investigation studied the effects of incorporating whey powder, whey protein concentrate...
WOS: 000317285100015The effect of fortification of yoghurt with sodiumcalcium caseinate (SCC) and wh...
The impact of nanoparticulated whey protein aggregates on the texture of fat-free set-type yoghurts ...
Altering the casein:whey protein ratio (CN:WP) is an important determinant of the quality of yoghurt...
Abstract: The effects of whey protein concentrates on physical and rheological properties of yogurt ...
This study investigated firmness and syneresis of set yoghurts made at the CN to WP ratios of 4:1, 3...
WOS: 000254866000015The influence of fructooligosaccharide (FOS) and whey protein concentrate (WPC) ...
PubMed ID: 22720919The influence of milk protein-based ingredients on the textural characteristics, ...
This investigation studied the effects of cysteine, whey powder (WP), whey protein concentrates (WPC...
High protein yoghurt was made from whole milk, fortified with egg white (30 % v/v) and skim milk pow...
Due to a growing demand for functional fermented dairy foods with improved nutritional qualities, th...
The demand for low-fat high-protein yogurts has increased substantially over the past years. However...
The use of whey protein concentrate (WPC) for the improvement of physical properties of nonfat ferme...
Abstract: The aim of the study was investigation of quality of fat-free, set-type yoghurt made at 5 ...
AbstractThe effects of liquid whey protein concentrates (LWPC) on biochemical, physical and sensoria...
The present investigation studied the effects of incorporating whey powder, whey protein concentrate...
WOS: 000317285100015The effect of fortification of yoghurt with sodiumcalcium caseinate (SCC) and wh...
The impact of nanoparticulated whey protein aggregates on the texture of fat-free set-type yoghurts ...
Altering the casein:whey protein ratio (CN:WP) is an important determinant of the quality of yoghurt...
Abstract: The effects of whey protein concentrates on physical and rheological properties of yogurt ...
This study investigated firmness and syneresis of set yoghurts made at the CN to WP ratios of 4:1, 3...
WOS: 000254866000015The influence of fructooligosaccharide (FOS) and whey protein concentrate (WPC) ...
PubMed ID: 22720919The influence of milk protein-based ingredients on the textural characteristics, ...
This investigation studied the effects of cysteine, whey powder (WP), whey protein concentrates (WPC...
High protein yoghurt was made from whole milk, fortified with egg white (30 % v/v) and skim milk pow...
Due to a growing demand for functional fermented dairy foods with improved nutritional qualities, th...
The demand for low-fat high-protein yogurts has increased substantially over the past years. However...
The use of whey protein concentrate (WPC) for the improvement of physical properties of nonfat ferme...