Journal of Food Science · 1993 · 55 citations · 9 references
AgricultureFood ScienceHorticultural SciencesFood PreservationFruit SciencePostharvest PhysiologyFruit PhysiologyFruit PreservationFruit QualityFruit RipeningFruit StorageAstringency CompoundsFruit TanninsPostharvest Physiology Of FruitsRemoval Of Astringent Compounds
ABSTRACT Astringency was removed from‘Triumph’persimmons by immersion in water at 40°C for 5 hr or 60°C, for 1 hr. Similar treatments at 20° and 80°C, had no effect on astringency reduction. Subsequent application of 80% CO 2 for 48 hr was effective for 20°C‐treated fruit but not for 80° C‐treated fruit, which became nonastringent only after exposure to acetaldehyde. Extending the 60°C treatment beyond 2 hr resulted in recurrence of astringency, which was not reduced by subsequent CO 2 treatment. Astringency also recurred in CO 2 ‐treated non‐astringent fruit, when exposed to high temperatures. The disappearance and recurrence of astringency correlated with amount of methanol‐soluble tannins.
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Tomoaki Matsuo, Saburo Itoo, Ruth Ben‐Arie · Journal of the Japanese Society for Horticultural Science · 1991 · 48 citations · Full text