Quality evaluation of sago and carrot juice based sweetened yoghurt
Prabhat Ranjan Patel, Jai Singh, Dinesh Chandra
Abstract
Prabhat Ranjan Patel, Jai Singh, Dinesh Chandra
Abstract
Cow milk was standardized for 4% fat and 14% SNF (Solid- not fat) using cow cream and skim milk powder (M) and cow cream along with admixture of skim milk powder (SMP) and sago powder in the ratio of 75:25 (M2). The carrot yoghurt from M1 and M2 milks with the addition of 0% (C0), 2% (C) and 5% (C2) carrot juice and two levels of sugar – 4% (S1) and 6% in each sample. The total solids and acidity increased (p<0.01) and protein decreased (p<0.01) in all the groups when yoghurt was prepared with increased levels of sugar (4% to 6%). The flavour, body & texture and colour & appearance scores were significantly (p<0.01) higher in the samples prepared with 2% carrot juice as compared to yoghurt prepared with 0% and 5% levels of carrot juice in all the groups.
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Cow milk was standardized for 4% fat and 14% SNF (Solid- not fat) using cow cream and skim milk powder (M) and cow cream along with admixture of skim milk powder (SMP) and sago powder in the ratio of 75:25 (M2). The carrot yoghurt from M1 and M2 milks with the addition of 0% (C0), 2% (C) and 5% (C2) carrot juice and two levels of sugar – 4% (S1) and 6% in each sample. The total solids and acidity increased (p<0.01) and protein decreased (p<0.01) in all the groups when yoghurt was prepared with increased levels of sugar (4% to 6%). The flavour, body & texture and colour & appearance scores were significantly (p<0.01) higher in the samples prepared with 2% carrot juice as compared to yoghurt prepared with 0% and 5% levels of carrot juice in all the groups.
Key concepts: Food science, Skimmed milk, Flavour, Sugar, Carrot juice, Cow milk, Whole milk, Chemistry