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Shelf Life Studies on Potato and Tomato under Evaporative Cooled Storage Structure In Southern Rajasthan

机译:拉贾斯坦邦南部蒸发蒸发贮藏结构下马铃薯和番茄的保质期研究

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摘要

Two most common vegetables viz. potato (var. Kufri Ashoka) and tomato (var. Pusa Ruby) were stored in two tonne capacity evaporative cooling storage structure (ECSS) of CIPHET, Ludhiana design constructed at the Post Harvest Technology Centre. CTAE, Udaipur. Microbial load in form of total viable bacterial count and fungal count were recorded at fortnightly / weekly interval taking in to consideration 10% physiological loss in weight under ECSS as acceptable level. Changes in reducing sugar and soluble protein were also estimated. Total viable bacterial count on potato and tomato were lower in ECSS in comparison to ambient storage. The reducing sugar content and soluble protein content change was slower in ECSS than that at ambient storage in both the stored vegetables. The physiological loss in weight (PLW) was about 6 and 11% less in ECSS compared to ambient for potato and tomato storage, respectively.
机译:两种最常见的蔬菜,即。马铃薯(Kufri Ashoka变种)和番茄(Pusa Ruby变种)被储存在两吨容量的CIPHET蒸发冷却储藏结构(ECSS)中,该储藏库由卢迪亚纳设计,并由Post Harvest技术中心建造。乌代浦CTAE。每两周/每周记录一次以总活菌数和真菌数为形式的微生物负荷,并考虑在ECSS下体重减轻10%的生理损失为可接受水平。还估计了还原糖和可溶性蛋白质的变化。与环境储存相比,ECSS中马铃薯和番茄的总存活细菌数要低。在两种贮藏蔬菜中,ECSS中还原糖含量和可溶性蛋白质含量的变化要比常温贮藏中的慢。与马铃薯和番茄贮藏相比,ECSS的生理失重(PLW)分别减少了约6%和11%。

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