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The in vivo potential of plant leaf extracts to retard post harvest decay on tomato fruits after artificial inoculation contains detailed experiments with their results discussed in order to make biological principles understood. It focuses on the use of Moringa, Neem and bitter leaf extracts to extend the shelf life and preserve the postharvest quality such as lycopene content, betacarotene content, vitamin C content, Titratable acidity, pH, weight, Shelf life, Firmness and other physiological parameters of tomato fruits during storage. It discusses the mechanisms of how these plant leaf…mehr

Produktbeschreibung
The in vivo potential of plant leaf extracts to retard post harvest decay on tomato fruits after artificial inoculation contains detailed experiments with their results discussed in order to make biological principles understood. It focuses on the use of Moringa, Neem and bitter leaf extracts to extend the shelf life and preserve the postharvest quality such as lycopene content, betacarotene content, vitamin C content, Titratable acidity, pH, weight, Shelf life, Firmness and other physiological parameters of tomato fruits during storage. It discusses the mechanisms of how these plant leaf extracts are able to bring about the desired changes in the tomato fruits and the phytochemicals present in the leaf extracts are also identified.The challenge in the use of plant leaf extracts for industrial postharvest presrvation has been mentioned and recommendations for further research has been listed.
Autorenporträt
Kator liamngee est chercheur au Centre for Food, Technology and Reserch du département des sciences biologiques de l'université de l'État de Benue, à Makurdi, dans l'État de Benue, au Nigeria. Ses domaines de spécialisation sont la pathologie et la physiologie végétales et post-récolte.