Foods · 2022 · 33 citations · 25 references
AgricultureFood SciencePlant SciencesFood ChemistryPlant BiochemistryPostharvest PhysiologyFruit BiochemistryFruit PhysiologyFruit QualityFruit RipeningFruit Ripening BiochemistryRipening PhysiologyAnthocyanin ChemistryAnthocyanin PigmentationAntioxidant Activity AssaysBiochemical Changes During RipeningColor Ripening DynamicsFood Plant Nutritional ValueFruit FlavonoidsFruit Ripening Stage Assessment
The high nutritional value and unique flavor of blackberries make them a popular food choice among consumers. Anthocyanin content (AC) and non-anthocyanin flavonoid content (NAFC) are important functional components in blackberry. We tested the AC, NAFC, and antioxidant activities of two blackberry-Ningzhi 1 and Hull-during the following ripening stages: green-fruit stage (GFS), color-turning stage (CTS), reddening stage (RDS), and ripening stage (RPS). The results showed that NAFC decreased and AC increased gradually during the ripening stages. The NAFC of Hull blackberry was the highest during GFS (889.74 μg/g), while the AC of Ningzhi 1 blackberry was the highest during RPS (1027.08 μg/g). NAFC was the highest at the initial stage and gradually decreased with ripening. Anthocyanin accumulation mainly occurred during the later ripening stages. These results provide a reference for comparing the NAFC, AC, and antioxidant activity of Ningzhi 1 and Hull and their changes during different ripening stages.
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Thanyaporn Siriwoharn, Ronald E. Wrolstad, Chad E. Finn et al. · Journal of Agricultural and Food Chemistry · 2004 · 267 citations
Anthocyanin Pigment Composition of Blackberries
Ho-Ju Fan-Chiang, Ronald E. Wrolstad · Journal of Food Science · 2005 · 190 citations