Articles
CHANGES IN FRUIT QUALITY OF PAPRIKA AND COLOR PIMENTO (CAPSICUM ANNUUM L.) STORED AT LOW TEMPERATURES
Article number
768_72
Pages
539 – 544
Language
English
Abstract
The Capsicum genus originating in the tropics is susceptible to chilling injury (CI) at temperatures below 7°C. The extent of CI depends on cultivar and time of exposure.
This study evaluated the response of paprika and color pimento fruits to low temperatures in an attempt to understand the nature of physiological deterioration resulting from CI. Fully matured paprikas, Plenty and Confetti, and pimento fruits, GT-R and GT-Y, in red and yellow colors were stored at 1 or 8°C for 20 d.
Both type of varieties in different colors stored at 1 and 8°C showed a slight decline in fruit firmness and fresh weight.
Yellow pimento showed the highest flesh firmness loss at 1°C and the highest fresh weight loss at 8°C after 20 d of storage.
Soluble solids content (SSC) remained constant after storage at both temperatures, indicating that SSC was not significantly affected by storage temperature.
A greater rise in electrolyte leakage rate was observed in all cultivars stored at 1°C than at 8°C. Plenty stored at 1 and 8°C for 20 d had the highest electrolyte leakage rate followed by GT-Y at the same storage conditions.
This study evaluated the response of paprika and color pimento fruits to low temperatures in an attempt to understand the nature of physiological deterioration resulting from CI. Fully matured paprikas, Plenty and Confetti, and pimento fruits, GT-R and GT-Y, in red and yellow colors were stored at 1 or 8°C for 20 d.
Both type of varieties in different colors stored at 1 and 8°C showed a slight decline in fruit firmness and fresh weight.
Yellow pimento showed the highest flesh firmness loss at 1°C and the highest fresh weight loss at 8°C after 20 d of storage.
Soluble solids content (SSC) remained constant after storage at both temperatures, indicating that SSC was not significantly affected by storage temperature.
A greater rise in electrolyte leakage rate was observed in all cultivars stored at 1°C than at 8°C. Plenty stored at 1 and 8°C for 20 d had the highest electrolyte leakage rate followed by GT-Y at the same storage conditions.
Authors
Chae Shin Lim, Jong Min Lim, Bo Suk Kim, Seong Mo Kang, Jeoung Lai Cho, Hae Jun Hwang
Keywords
chilling injury, chroma, color change, electrolyte leakage, hue, SCC
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