After prolonged cold storage, fruits produce a woolly phenotype when ripened.
In storage, fruits suffer a variety of biotic and abiotic environmental stresses.
Increased transcripts that correspond to this contig were detected when comparing long-term cold storage fruits (E3: R-, C-) with fruits from packing (E1: R-, C-).
During long-term CA storage, fruits need sophisticated mechanisms to tolerate oxidative stress, to guarantee ample energy production and to maintain membrane integrity.
However, the regulation of vacuolar malate storage throughout fruit development, and the origins of the phenotypic variability of the malate concentration within fruit species remain to be clarified.
The director is responsible for organization and oversight of pruning, planting, fertilizing, spraying, thinning, mowing, harvesting, and storage of fruit.
These innovative coatings show potential for controlling foodborne bacteria and natural microorganism growth during the storage of fruit, particularly, mangabas.
At the end of 17 days storage, the fruit cumulative weight losses in ambient and refrigerated conditions were 19.4% and 7.3%, respectively.
Changes that take place during storage as fruit begins to overripen may include extreme colour formation, development of strong off-flavours with intense aroma, softening of the flesh, onset of physiological disorders, and manifestations of disease.
Figure 1 Effects of hypobaric storage on fruit decay of the Chinese bayberry.
