Effect of Cocoa Powder, Banana Pulp and Bambara Nut Inclusion on Nutritional and Sensory Acceptability of Yoghurt

Owolade Samuel Olufemi, Aderibigbe Olaide Ruth, Egbekunle Kikelomo Oluwafisayo, Igwe Helen Chizoba, Awe Oluwatosin Eniola, Popoola Folake Olabimpe
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Abstract

This study was to investigate the effect of utilizing milk powder with addition of Cocoa powder, Banana pulp and Bambara nut extract for the production of functional yoghurt. The yoghurt samples were produced by 10% inclusion of each of the food item into reconstituted skimmed milk powder, inoculated with starter culture (streptococcus.thermophilus and Lactobacillus. Bulgaricus) and allowed to ferment for 9hr. The nutritional properties (Proximate, Brix, PH, Flavonoid, Vitamin C, antioxidant activity) and sensory characteristics (colour, taste, aroma and over all acceptability) were determined. Significant differences (p<0.05) existed among the nutritional and sensory properties of the yogurts. The results showed that the inclusion of used food items improves the Protein, Ash and Energy content of the products. The sample with Cocoa powder had the highest antioxidant activity (2.75mg/100g) which is significantly higher at (p<0.05) than Banana pulp (2.64mg/100), Bambara nut extract (2.44mg/10g) and control (2.25mg/100g) which was the least. The sample with Banana pulp inclusion has highest score (5.70) for taste and overall-acceptability (5.90) using 7-point score ranking and was the most preferred. The microbial load of all the samples were within the limits specified of acceptable counts, making the products safe for consumption as at the time the products were evaluated.
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可可粉、香蕉浆和班巴拉果对酸奶营养和感官接受度的影响
本研究探讨了在奶粉中添加可可粉、香蕉浆和班巴拉果提取物,生产功能性酸奶的效果。酸奶样品是通过将每种食品的10%加入到重组脱脂奶粉中,接种发酵剂(链球菌)来生产的。嗜热菌和乳酸杆菌。保加利亚),并允许发酵9小时。测定了其营养特性(比邻值、糖度、PH值、类黄酮、维生素C、抗氧化活性)和感官特性(颜色、味道、香气和总体可接受性)。酸奶的营养和感官特性差异显著(p<0.05)。结果表明,添加废旧食品提高了产品的蛋白质、灰分和能量含量。添加可可粉的样品抗氧化活性最高(2.75mg/100g),显著高于香蕉果肉(2.64mg/100)、班巴拉坚果提取物(2.44mg/10g)和对照组(2.25mg/100g) (p<0.05)。含香蕉果肉的样品在口感上得分最高(5.70分),在总体可接受度上得分最高(5.90分),采用7分制排名,是最受青睐的样品。所有样品的微生物负荷都在规定的可接受计数范围内,使产品在评估时可以安全消费。
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