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首页> 外文期刊>International Journal of Biochemistry Research & Review >Effect of Drying Methods and Storage Conditions on Nutritional Value and Sensory Properties of Dehydrated Tomato Powder (Lycopersicon esculentum)
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Effect of Drying Methods and Storage Conditions on Nutritional Value and Sensory Properties of Dehydrated Tomato Powder (Lycopersicon esculentum)

机译:干燥方法和贮藏条件对脱水番茄粉(Lycopersicon esculentum)营养价值和感官特性的影响

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摘要

The effects of two drying methods, (oven drying and sun drying) of tomatoes and storage conditions of the products were studied to assess their effects on chemical, nutritional quality and sensory properties. Eleven kilograms of Fresh tomatoes were obtained from Ankpa metropolis central market, Kogi state Nigeria. The fruits were washed, weighed, and divided into two equal parts (51/2 kg), one part was sliced into a non sticky pot, dehydrated, pressed through colander and re-dehydrated into a thick moulding consistency, it was sliced and oven dried at 60°C at a constant stirring using skewer. The second portion of the tomato fruits was blanched in 100°C hot water, sliced and sun dried. The Nutrient composition was determined using standard methods, the microbiological examinations were carried out using culture plate methods and sensory evaluation was evaluated using 9 points hedonic scales. Moisture contents in oven dried and sun dried tomato powders fluctuated between 8 – 10% and was slightly higher in the sun dried tomato product. The chemical analysis of four macronutrients (protein, fat, crude fibre and carbohydrates) were completed and the results were expressed as percentage dry matter. Significantly higher protein (3.70%), fat (0.82%) and crude fibre (6.37%) were found in the oven dried tomato product (P 3cfu) and (7.7x105cfu) per gram of tomato, respectively. Under storage conditions for 6 months, the total viable counts increased slightly in the sun dried tomato product. Fungal growth was not visible in both tomato products after 3 months of storage. Yet, under storage conditions for 6 months, mean values were 1.9x103 and 2.1x105 colony forming units per g of oven dried and sun dried tomato, respectively. Sensory evaluation which included four parameters, i.e., revealed taste, flavour, consistency, colour beside overall acceptability were significantly superior (P<0.05) in the oven dried tomato product over the sun dried.
机译:研究了两种干燥方法(烤箱干燥和日光干燥)对番茄的影响以及产品的储存条件,以评估其对化学,营养品质和感官特性的影响。从尼日利亚科吉州的Ankpa大都会中央市场获得了11公斤的新鲜番茄。将水果洗净,称重,并分成两等份(5 1 / 2 kg),将一份切成薄片,放入脱水锅中,通过漏勺压榨并再次脱水成稠的成型稠度,将其切成薄片,并用条在恒定搅拌下于60°C烘箱干燥。将番茄果实的第二部分在100°C的热水中漂白,切成薄片,然后晒干。使用标准方法确定营养成分,使用培养板方法进行微生物检查,并使用9点享乐量表评估感官评估。烘干和晒干的番茄粉中的水分含量在8 – 10%之间波动,而晒干的番茄产品中的水分含量稍高。完成了对四种常量营养素(蛋白质,脂肪,粗纤维和碳水化合物)的化学分析,并将结果表示为干物质百分比。烤箱干燥的番茄产品(P 3 cfu)和(7.7x10 5 cfu)中发现蛋白质(3.70%),脂肪(0.82%)和粗纤维(6.37%)较高。 )每克西红柿分别。在存放6个月的条件下,晒干的番茄产品的总生存量略有增加。贮藏3个月后,两种番茄产品均未见真菌生长。然而,在储存条件下6个月,每g烘干和晒干的番茄的平均值分别为1.9x10 3 和2.1x10 5 菌落形成单位。感官评价包括四个参数,即显示出的味道,风味,稠度,颜色以及总体可接受性,在烤箱干燥的番茄产品中比阳光干燥显着更好(P <0.05)。

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