Delay in fruit ripening: a promising approach for reduction of spoilage and use of hazardous chemicals in Bangladesh

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Research Paper 01/04/2015
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Delay in fruit ripening: a promising approach for reduction of spoilage and use of hazardous chemicals in Bangladesh

Sajib Barua, Tahsin Rahi, Ekram Ullah, Durjoy Ghosh, Shoeb Ahmed
Int. J. Agron. Agri. Res.6( 4), 163-173, April 2015.
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Food safety is a global concern and Bangladesh is no exception. In last few decades, fruit and fruit processing industries have grown rapidly in Bangladesh. To achieve maximum quality in terms of visual appearance, texture, flavor and nutritional value, fruits must be harvested at proper maturity. However, after harvesting, rapid ripening of fruits is responsible for short shelf life. This problem can be addressed either by using preservatives or ripening manipulation. Because of its low cost and availability, Formaldehyde has been widely used as preservatives in Bangladesh despite very hazardous health impacts. Other impure food ripening agents like commercial-grade Calcium carbide is also being used to make the harvesting faster for quicker revenue. These all attributes to very severe health concerns including cancer, male sterility and many more. Considering current situation in Bangladesh, artificially delaying fruit ripening seems to be a promising alternative to overcome the crisis and this is also being practiced in several countries. Fruit ripening process requires production of ethylene during the process and ripening of fruit can be delayed by inhibiting ethylene activity. There are several chemical compounds that can be used as inhibitors of ethylene activity without any significant change in quality and health concern. Here, we present a small review on ethylene inhibitors focusing on scope, prospects, safety and potential of using that in Bangladesh. Some of the promising ripening delaying agents and their effective application doses are also reported, which might be applicable in Bangladesh as an alternative to the hazardous Formaldehyde or carbide application.


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