Journal of Agricultural and Food Chemistry · 2008 · 51 citations · 22 references
AgricultureHorticultural SciencesPlant SciencesFood ChemistryFruit SciencePostharvest PhysiologyFruit AnatomyFruit BiochemistryFruit PhysiologyFruit QualityBiochemical Changes During RipeningCapsaicinoid BiosynthesisCitrus FruitsConcentrationEnvironmental Factors
The content of capsaicinoids differs widely in fruits of an individual plant. This is shown for Capsicum annuum var. Cayenne and var. DeArbol and Capsicum frutescens var. Hot Siberian, respectively. Three age groups, (i) very young, (ii) medium age, and (iii) older fruits, were studied. A consistent dependence on the node position on the plant for fruit weight and capsaicinoid content of the individual fruits was not observed. These traits do not develop concomitantly and are influenced differently by environmental factors. Therefore, the expression as capsaicinoid content per fruit leads to a different conclusion than a comparison of concentration values (mg/kg). This is exemplified for C. frutescens var. Hot Siberian grown in two consecutive years with fruits of lower fruit weight but the same capsaicinoid accumulation in the second year. Higher values for pungency (expressed as mg/kg) would have been the result from the analysis of bulked material. The fatty acid pattern of capsaicinoids is uniform for all fruits from one plant, irrespective of the large variation of total capsaicinoid content.
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The Alkaloids, Chemistry and Pharmacology
European Journal of Medicinal Chemistry · 1992 · 916 citations
The<i>Pun1</i>gene for pungency in pepper encodes a putative acyltransferase
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Genetic control of pungency in C. chinense via the Pun1 locus
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