Journal of Microbiology Biotechnology and Food Sciences · 2019 · 17 citations · 12 references
AgricultureFood ScienceNutritional SciencesFermented Dairy ProductsFood RheologyMilk CompositionFood Texture ChemistryLactation NutritionMilk Solid ContentPhysicochemical Properties Of MilkProteins In FoodsCrude Protein AssessmentCrude Protein LevelHealth-promoting PropertiesSensory Quality EvaluationTotal Solids ContentYogurt Quality AssessmentYogurt RheologyYogurt Texture Development
Yogurt is well known and most consumed fermented dairy product due to its health promoting effects and better sensory attributes, but consumers’ demand the value added foods with least defects and more nutrition. Different naturally occurring foods like fruits and lentils have been supplemented in yogurt to enhance the physic-chemical, nutritional and sensorial attributes. In this research milk was supplemented with 1%, 2%, 3% and 4% lentil (Lens culinaris) flour (LF) for development of lentil yogurt; LY0 (0% lentil), LY1 (1% lentil), LY2 (2%lentil), LY3 (3% lentil) and LY4 (4% lentil). The proximate composition of LY included; total solids (TS), solid not fat, crude fat, moisture, crude fiber, ash nitrogen free extract (NFE) and crude protein. While during storage of 28 days at 4+1o C pH, acidity, water holding capacity, viscosity, synersis and sensory evaluation were recorded to assess the effect of lentil flour on its physic-chemical and sensorial improvement. The proximate composition of LY revealed that as the LF proportion was increased the nutritional profile; mineral contents and protein, was also improved significantly (p
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Joyce I. Boye, Salih Aksay, Samira Roufik et al. · Food Research International · 2009 · 808 citations