Journal of Agricultural and Food Chemistry · 2002 · 77 citations · 10 references
AgricultureBotanyPlant SciencesFruit SciencePlant PhysiologyPostharvest PhysiologyFruit BiochemistryFruit PhysiologyFruit PreservationFruit RipeningFruit StoragePostharvest Physiology Of VegetablesBiochemical Changes During RipeningFruit Oxidative StressFruit Postharvest BiochemistryOxidative Degradation ProductsOxidative Degradation StudiesOxidative Preservation ProcessesPostharvest Physiology Of FruitsStorage
The capsaicinoid content in fruits of Capsicum annuum decreased within several days to a level of only 10% of the starting value when cells were disrupted by homogenization. This decrease was not observed in fruits that were carefully cut into halves. The analysis of one half made it possible to determine the reference content at time zero for the second half. A much lower decrease was observed when minced fruits were stored under nitrogen, whereas storage under oxygen resulted in considerable losses of capsaicinoids, indicating oxidative processes as a cause for the decrease of capsaicinoid content.
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Kazuo Iwai, Tetsuya Suzuki, Hideshi Fujiwake · Agricultural and Biological Chemistry · 1979 · 113 citations
Agriculture, Botany, Plant Sciences +14