Articles
Application of edible coating for keeping postharvest quality of ilama (Annona diversifolia Saff.) fruits
Article number
1340_8
Pages
55 – 60
Language
English
Abstract
In Mexico, ilama (Annona diversifolia Saff.) fruit are harvested when peel starts cracking; thus, the flesh is exposed to biotic and abiotic environmental factors.
We observed the postharvest behavior of some quality parameters of ilama fruit covered with a hawthorn pectin based edible coating and stored at three different temperatures.
Coated and uncoated ilama fruit were stored at 21±2 (65% RH), 4°C (90% RH) and -20°C (95% RH). Under storage at 21±2°C, the uncoated fruit had a shelf life of 3 d, whereas the coated fruit lasted for 7 d.
The fruit stored at 4 and -20°C could be stored for 11 d; nevertheless the peels of those fruit became hard; moreover, hardness was higher in the fruit without coating.
At the three storage temperatures, coating reduced the accumulation of total soluble solids (TSS), respiration rate and peel degreening, suggesting a reduction in fruit metabolism.
Also, lower storage temperature reduced accumulation of TSS. The edible coating studied herein has the potential to keep the postharvest shelf life of ilama fruits.
We observed the postharvest behavior of some quality parameters of ilama fruit covered with a hawthorn pectin based edible coating and stored at three different temperatures.
Coated and uncoated ilama fruit were stored at 21±2 (65% RH), 4°C (90% RH) and -20°C (95% RH). Under storage at 21±2°C, the uncoated fruit had a shelf life of 3 d, whereas the coated fruit lasted for 7 d.
The fruit stored at 4 and -20°C could be stored for 11 d; nevertheless the peels of those fruit became hard; moreover, hardness was higher in the fruit without coating.
At the three storage temperatures, coating reduced the accumulation of total soluble solids (TSS), respiration rate and peel degreening, suggesting a reduction in fruit metabolism.
Also, lower storage temperature reduced accumulation of TSS. The edible coating studied herein has the potential to keep the postharvest shelf life of ilama fruits.
Authors
J. Salomon-Castaño, A.A. Martínez-Mendoza, O. Franco-Mora, Á. Castañeda-Vildózola, J.R. Sánchez-Pale
Keywords
Annonaceae, climacteric, fruit quality, modified atmosphere, shelf life
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