不同预处理和干燥方法对成熟柿子营养质量的影响

Samiksha Bisht, Anju K Dhiman, S. Attri, Deepika Kathuria
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摘要

柿子又名日本柿(Diospyros kaki L.),用于制作脱水柿片。在干燥前使用的不同预处理(焯水、焦亚硫酸钾、柠檬酸、抗坏血酸)中,蒸汽焯水 3 分钟+KMS(300 ppm)+柠檬酸(0.3 %)浸水 20 分钟的感官评分最高,因此被认为是最佳预处理。经过预处理的柿子片使用不同的干燥技术进一步干燥,包括日晒(T1)、太阳能(T2)和机械柜(T3)。根据最高的化学特性值和最高的感官得分,最佳干燥方法是机械柜(T3)。储存 6 个月后,用脱水机(机械柜)和干燥机(太阳能隧道和太阳能玻璃)干燥的切片中抗坏血酸和 β 胡萝卜素(8.96 至 8.66 和 17.92 至 13.47 毫克/100 克)、纤维含量(1.25 至 1.04%)、抗氧化活性(63.19 至 59.59%)和总酚(14.05 至 10.30 毫克/100 克)等成分的减少量最小。感官评分显示出可接受的限度,但在贮藏期间仍有所下降。化学和感官)属性的总体变化极小,这确保了制备的干柿子片可以安全储存 6 个月。
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Changes on Nutritional Quality of Ripe Persimmon When Pre-Treated with Different Pre-Treatments and Drying Methods
Persimmon is also known as Japaniphal (Diospyros kaki L.) used for preparing dehydrated persimmon slices. Among different pre-treatments (blanching, potassium metabisulphite, citric acid, ascorbic acid) used prior to drying, the steam blanching for 3 min + KMS (300 ppm) + citric acid (0.3 %) immersed for 20 minutes in water found to be highest sensory scores therefore considered best. The pretreated slices of persimmon were further dried using different drying techniques sun (T1), solar (T2) and mechanical cabinet (T3). The best drying method was mechanical cabinet (T3) based on highest value of chemical characteristics and greatest scores for sensory. When stored for six months, the decrease in constituents like ascorbic acid and β-carotene (8.96 to 8.66 and 17.92 to 13.47 mg/100 g), fibre content (1.25 to 1.04 %), antioxidant activity (63.19 to 59.59 %) and total phenols (14.05 to 10.30 mg/100 g) was minimum in slices dried in dehydrator (mechanical cabinet) in contrast with dryer (solar tunnel and solar glass). The sensory scores showed acceptable limit but remained decreased during storage. The minimal changes in both (chemical and sensory) attributes generally with the result ensured that dried persimmon slices prepared surely be stored safely for the duration of 6 months.
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