Effect of polysaccharide based edible coating to improve shelf ­life and quality of guava (Psidium guajava) in Malwa region of central India

P. Rai, J. Kanwar, R. Kanpure, O. Singh, G. Rathore
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Abstract

Guava fruit have a very short shelf life due to high rate of respiration. Storage of guava fruits at room temperature causes weight loss, microbial disease, physiological disorders and physical injuries and is moreover, highly susceptibility to chilling injury making low temperature storage less possible. Therefore, the present investigation was carried out at the Department of Fruit Science, College of Horticulture, Mandsaur, Madhya Pradesh, India during the year 2019- 2020 with an objective to extend shelf-life of guava fruits cv. Rewa-72. The treatments comprised of post-harvest treatments with Chitosan, Carboxymethyl cellulose, Aloe vera gel. The physico-chemical, functional and sensory quality of guava fruits were significantly influenced by application Chitosan @ 1.5% and Carboxymethyl cellulose @ 1.5%) coating up to 12 days of storage. It was found that the CMC or Chitosan bilayer coating was equally effective as the commercial polyethylene wax in enhancing glossy appearance of guava fruits because it is a good moisture barrier, thus preventing the water loss by transpiration. Chitosan @ 1.5% and CMC @1.5% treated fruits had more overall acceptability because this coating helped in improving the colour, aroma, taste, texture, appearance and quality of fruits. Hence, this technology could be more useful for increase shelf life of fruits, low cost and reduce the post-harvest loss of fruits it also helps to replace the use of harmful chemicals by growers and traders.
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以多糖为基础的食用涂层对印度中部马尔瓦地区番石榴(Psidium guajava)保质期和品质的影响
由于呼吸速率高,番石榴的保质期很短。番石榴果实在室温下储存会导致体重下降、微生物疾病、生理紊乱和物理伤害,而且极易受到冷害,因此不可能进行低温储存。因此,本研究于2019- 2020年在印度中央邦曼达索尔园艺学院水果科学系进行,目的是延长番石榴水果的保质期。rewa - 72。采用壳聚糖、羧甲基纤维素、芦荟凝胶进行采收后处理。壳聚糖(1.5%)和羧甲基纤维素(1.5%)包衣处理对番石榴果实的理化品质、功能品质和感官品质均有显著影响。研究发现,CMC或壳聚糖双层涂层与商用聚乙烯蜡在提高番石榴果实光泽外观方面同样有效,因为它具有良好的防潮性,从而防止了水分的蒸腾损失。壳聚糖@1.5%和CMC @1.5%处理过的水果总体可接受度更高,因为这种涂层有助于改善水果的色、香、味、质地、外观和质量。因此,这项技术可以更有效地延长水果的保质期,降低成本,减少水果的收获后损失,也有助于种植者和贸易商取代有害化学品的使用。
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