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Effect of blanching treatments and dehydration methods on rehydration quality of khejri (Prosopis cineraria) pods

机译:热烫处理和脱水方法对苦瓜荚果脱水水质的影响

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The khejri (Prosopis cineraria L. Druce), is a multipurpose leguminous tree of hot arid desert. Its tender pods are utilized for culinary purpose both in fresh and dehydrated conditions without ascertaining its quality aspect. Therefore, the present investigation was carried out to find out the effect of blanching treatments and dehydration methods on rehydration quality of khejri pods. The experiment consists of three methods of drying and six blanching treatments replicated thrice under completely randomised design (CRD). Both tender pods (harvested within 20 days of fruit set at green stage) and mature pods (harvested after 25 days of fruit set at colour turning stage) were taken for the study. Among various methods of drying; sun drying took minimum time (11 hours) while other methods took comparatively longer period for drying. Moreover, recovery per cent of pods did not vary significantly within the drying methods and blanching treatments. In general, tender pods recovery was less compared to matured pods. The rehydration ratio was maximum in pods blanched in hot water (5 min.) followed by control. Among different methods, the rehydration ratio was maximum in shade drying followed by sun drying and the least in tray drier The storage life of dehydrated pods was more than 52 weeks in blanching treatment than only about 8 weeks in control (un-blanched pods). The appearance of sun dried pods was not good as brownish and grayish colour pods were observed. Whereas in case of pods dried in shade and tray drier were green in colour. The protein content was also higher in pods dehydrated either in shade or in tray drier but the differences among the blanching treatments were non-significant. Thus, it can be concluded that the tender pods dried after blanching in 2 per cent salt solution (5 min.) or blanched in 2 per cent salt solution (5 min.) + 0.1 per cent KMS (potassium metabisulphite) either in shade or in tray drier have overall good acceptability because of retention of green colour, higher protein content, good storage life, better appearance after rehydration, good culinary taste, overall higher hedonic rating and more hygienic conditions than open sun drying.
机译:khejri(Prosopis cineraria L. Druce)是热干旱沙漠的多用途豆科树。它的嫩荚在新鲜和脱水条件下都可用于烹饪目的,而无法确定其质量方面。因此,进行本研究以发现热烫处理和脱水方法对on豆荚水化质量的影响。该实验由三种干燥方法和六种热烫处理方法组成,在完全随机设计(CRD)下重复三次。取嫩荚(在结实阶段在果树定居后20天内收获)和成熟荚果(在变色阶段结实在果树后25天收获)。在各种干燥方法中;晒干需要最少的时间(11小时),而其他方法则需要相对较长的干燥时间。此外,在干燥方法和热烫处理中,豆荚的回收率没有明显变化。通常,与成熟豆荚相比,嫩荚的恢复要少。在热水中烫过的豆荚(5分钟)中的补液率最大,然后进行对照。在不同的方法中,阴凉干燥后再晒干后的复水率最高,而托盘干燥机中的复水率最低。在漂白处理中,脱水豆荚的储存寿命超过52周,而在对照(未漂白的豆荚)中,其脱水寿命仅为8周左右。晒干的豆荚的外观不好,因为观察到褐色和灰色的豆荚。而如果豆荚在阴凉处干燥并且托盘干燥机为绿色。在阴凉处或在托盘干燥器中脱水的豆荚中的蛋白质含量也较高,但是热烫处理之间的差异不显着。因此,可以得出结论,嫩荚在阴影下或在2%盐溶液中漂烫(5分钟)或在2%盐溶液中漂烫(5分钟)+ 0.1%KMS(偏亚硫酸氢钾)后干燥。与开放式晒干相比,托盘干燥机中的绿色保持力,较高的蛋白质含量,良好的储存寿命,复水后的外观更好,烹饪味道佳,总体享乐率更高,卫生条件更好,因此总体上具有良好的可接受性。

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