THE ACCUMULATION OF ANTHOCYANINS AND TOTAL PHENOLSDURING RIPENING IN CV PROBUS AND CABERNET SAUVIGNON GRAPE BERRIES IN FRUSKA GORA WINE REGION
Creators
- 1. University of Novi Sad, Faculty of Agriculture
- 2. Faculty of Agriculture, University of J.J. Strossmyer, Osijek
Description
The anthocyaninand total phenols concentrations of Vitis vinifera cv Probus (Serbian wine grape variety) and Cabernet Sauvignon, during ripening in Fruska Gora region, were investigated. Phenolic concentration was evaluated by spectrophotometric analysis. Probus had higher anthocyanins concentration in the skin and total phenols per berry. Cabernet Sauvignon did not show big enlargement in anthocyanins content during this period. Contrastingly, anthocyanins content in Probus berry skin was increasing until harvest. Small berries of cv. Probus had colored pulp. There was a decrease in the Cabernet Sauvignon berry weight near the harvest. Optimum moment to harvest Probus was 50 days after veraison. Overall, these two varieties showed differences in anthocyanins accumulation during ripening.
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References
- ANĐELKOVIĆ M, RADOVANOVIĆ B, RADOVANOVIĆ A, ANĐELKOVIĆ AM: Changes in Polyphenolic Content and Antioxidant Activity of Grapes cv Vranac During Ripening. South African Journal of Enology and Viticulture, 34(2)147-155, 2013.
- CINDRIĆ P, KORAĆ N, KOVAČ V: Sorte vinove loze. Prometej, Novi Sad, pp. 317, 2000.
- COOMBE BG, ILAND PG: Grape Berry Development and Winegrape Quality. In: Viticulture Volume I - Resources, 2, (Dry, P.R., Coombe, B.G.). Winetitles, Adelaide, pp. 210-248, 2004.
- DI STEFANO R, CRAVERO M, GENTILINI N: Metodi per lo studio dei polifenoli dei vini. L' Enotecnico Maggio, 25(5)83-89,1989.
- FERRER M, ECHEVERRIA G, CARBONNEAU A: Effect of Berry weight and its Components on the Contents of Sugars and Anthocyanins of Three Varieties of VitisVinifera L. under Different Water Supply Conditions. African Journal of Enology and Viticulture, 35(1)103-113, 2014.
- GONZALES NEVES G, GIL G, FAVRE G, BALDI C, HERNANDEZ N, TRAVERSO S: Influence of Winemaking Procedure and Grape Variety on the Colour and Composition of Young Red Wines. African Journal of Enology and Viticulture, 34 (1)138-146, 2013.
- MORI K, SAITO H, YAMAMOTO-GOTO N, KITAYAMA M, KOBAYASHI S, SUGAYA S, GEMMA H, HASHIZUME K.: Effects of abciscisic acid treatament and night temperatures on anthocyanin composition in Pinot Noirgrapes. Vitis, 44(4)161–165,2005.
- ROMEROP , MUÑOZRG , DEL AMOR FM. , VALDÉS E, FERNGÁNDEZ J I, MARTINEZ-CUTILLAS A: Regulated Deficit Irrigation based upon optimum water status improves phenolic composition in Monastrell grapes and wines Agricultural water management, 121:85–101, 2013.
- RUSTIONI L, AND GROUP OF AUTHORS: First results of the European grapevine collections' collaborative network: validation of a standard eno-carpological phenotyping method. Vitis, 53(4)219-226,2014.
- SIVČEV B, RANKOVIĆ-VASIĆ Z, NIKOLIĆ D, IVANIŠEVIĆ D, RADOJEVIĆ I, ATANACKOVIĆ Z, KORAĆ N: Clonal research of black wine grape cultivars in different Serbian localities.Proceedings of the47th Croatian and 7th International Symposium on Agriculture. Opatija. Croatia, 13-17 February, 778–782, 2012.
- KENNEDY JA: Grape and wine phenolics: Observations and recent findings. Cien. Inv. Agr. 35(2)107-120, 2008.
- YAMAMOTO NG, MORI K, NUMATA M, KOYAMA K, KITAYAMA M: Effects of temperature and water regimes on flavonoid contents and composition in the skin of red-wine grapes. J. Int. Sci. Vigne Vin, special issue Macrowine, 75-80, 2010.