Changes of anthocyanins and residual ethylene of table grapes with color promotants treated

Rebasa Báez-Sañudo ,Jorge Nemesio Mercado-Ruiz ,L. C. González-García ,Alberto Sánchez-Estrada ,Alberto González-León

doi:10.24294/th.v5i1.1819

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Changes of anthocyanins and residual ethylene of table grapes with color promotants treated

Rebasa Báez-Sañudo

Jorge Nemesio Mercado-Ruiz

L. C. González-García

Alberto Sánchez-Estrada

Alberto González-León

Trends in Horticulture 2022, 5(1), 79-85; https://doi.org/10.24294/th.v5i1.1819

Submitted：10 Feb 2022

Accepted：22 Mar 2022

Published：05 Apr 2022

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Abstract

Different color-promoting treatments were tested on table grape cv. “Flame Seedlees” to evaluate changes on ﬂavonoids such as anthocyanins and the residual ethylene produced. Treatments were spray-applied at the onset of veraison. The control was Ethrel at 250 ppm (ETH), Salicylic Acid at 100 ppm (AS), Melatonin at 25 ppm (MEL) and 1:1 mixtures of ETH+AS, ETH+MEL and AS+MEL. The trials were conducted in triplicate after harvest, measuring Total Soluble Solids (% TSS), total acidity (% tartaric acid), pH, residual ethylene (ppm) and anthocyanin content (mg∙cm^-2). It was found that treatments ETH, AS, MEL and ETH+AS reached 16% TSS, standing out with lower values ETH +MEL (14.27%) and AS+MEL (15.17%) (p ≤ 0.05). ETH reached 0.83 ppm of residual ethylene, while a sum effect was appreciated in ETH+AS (0.5 ppm) and ETH+MEL (0.35 ppm), but not beneficial as it did not reﬂect quality characteristics. Only differences (p ≤ 0.05) in anthocyanin content were recorded between ETH (0.019 mg∙cm^-2) and AS+MEL (0.003 mg∙cm^-2). The subjective color of the grape bunches in the field made it possible to relate it to the objective results of the analyses performed. This research provides commercially important information on the substitution of Ethrel by natural compounds such as AS and MEL, as they show similar effects on the quality of “Flame Seedless” table grapes. In addition, these compounds do not have an ethylene residual greater than 0.2 mg/kg.

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References

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