Shleev S V, Chekanova S A, Koroleva O V, Stepanova E V, Telegin Iu A, Sen'kina Z E
Bach Institute of Biochemistry, Russian Academy of Sciences. Leninskii pr. 33, Moscow, 119071 Russia.
Prikl Biokhim Mikrobiol. 2004 May-Jun;40(3):359-65.
Several red wines were studied to find a correlation between physicochemical parameters characterizing the antioxidant status of wine and total content of phenols in samples. The content of dissolved oxygen (its value varied from 0.75 to 3.28 mg/ml), pH (3.10-3.63), redox potential (-186 to -106 mV), mass concentration of free and total sulfur dioxide (10-30 and 36-200 mg/dm3, respectively), absorption spectra, and total phenol content were determined. The wines fell into two main groups-with a relatively low (1850-2050 mg/dm3) and high (2300-2900 mg/dm3) contents of polyphenols. It was demonstrated that physicochemical parameters (except for the content of sulfur dioxide) correlate with the total phenol content in the wines studied.
对几种红葡萄酒进行了研究,以找出表征葡萄酒抗氧化状态的物理化学参数与样品中酚类物质总含量之间的相关性。测定了溶解氧含量(其值在0.75至3.28毫克/毫升之间变化)、pH值(3.10 - 3.63)、氧化还原电位(-186至-106毫伏)、游离二氧化硫和总二氧化硫的质量浓度(分别为10 - 30和36 - 200毫克/立方分米)、吸收光谱以及总酚含量。这些葡萄酒主要分为两组——多酚含量相对较低(1850 - 2050毫克/立方分米)和较高(2300 - 2900毫克/立方分米)的组。结果表明,物理化学参数(除二氧化硫含量外)与所研究葡萄酒中的总酚含量相关。