Engineering in Life Sciences · 2012 · 67 citations · 28 references
AgricultureFood ScienceMicrobiologyFood AnalysisFood ChemistryFood MicrobiologyFlavor EvaluationFruit TextureLactic Acid BacteriaPh AnalysisProbioticsProbiotics In FoodsConsumer Sensory ProfilingFermentation-derived Sensory AttributesProbiotic BeveragesProbiotic PropertiesResponse Surface TestingSensory ProfileSensory Properties Of Probiotic FoodsSensory Quality Evaluation
The objective of this study was the development and optimization of a probiotic apple beverage as well as the establishment of a sensory profile by using chemical, microbiological, and quantitative descriptive analysis (sensory profiling). For this purpose, both L actobacillus casei and L . acidophilus were tested in two different media ‐ F uji and G ala apple juices ‐ at different pH values. The optimal conditions to develop the apple probiotic beverage were obtained by response surface methodology. They were found to be 10 h of fermentation at 37 o C in G ala apple juice. Sensorially, the clarified G ala apple juice was characterized by a caramel color, apple aroma, and an acidic apple taste. The fresh fermented probiotic apple beverage was characterized by a thick texture and sweet taste. The probiotic apple beverage stored for 28 days at 7 o C presented a thick texture and acidic taste. Finally, when the fermented probiotic beverage was tested by potential consumers, it presented an acceptance index of 96%.
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Sensory evaluation of food—Principles and practices 1998
D. Kilcast · Food Quality and Preference · 1998 · 1.7K citations
Handbook of food science, technology, and engineering
Choice Reviews Online · 2006 · 762 citations