3.2.3. Visual comparison of storage effects
Fig. 6 shows photographs of mangos on day 1 and day 13. It can be seen that mangos of CK had rotted and turned completely yellow by day 13, while the mangos in groups A and B looked better, and group B was the best of all. The results can be explained by the coatings effectively retarding the decay and ripening processes, particularly after being treated with bentonite loaded with potassium sorbate. The potential storage lifetime, packaging, and transport time of
mangos are limited by their sensitivity to disease and decay due to maturity or malacia of the fruit (Yashoda et al., 2005). Various methods are used in the storage of mangos with cold storage and chemical methods dominating the market despite their various problems. Therefore, the study of simple, cheap, and non-toxic methods is not only helpful for the farmer and businessman, but also for consumers. It would bring economic, social, and environmental benefits.
3.2.3. Visual comparison of storage effectsFig. 6 shows photographs of mangos on day 1 and day 13. It can be seen that mangos of CK had rotted and turned completely yellow by day 13, while the mangos in groups A and B looked better, and group B was the best of all. The results can be explained by the coatings effectively retarding the decay and ripening processes, particularly after being treated with bentonite loaded with potassium sorbate. The potential storage lifetime, packaging, and transport time ofmangos are limited by their sensitivity to disease and decay due to maturity or malacia of the fruit (Yashoda et al., 2005). Various methods are used in the storage of mangos with cold storage and chemical methods dominating the market despite their various problems. Therefore, the study of simple, cheap, and non-toxic methods is not only helpful for the farmer and businessman, but also for consumers. It would bring economic, social, and environmental benefits.
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