Labrinea Eleni P, Natskoulis Pantelis I, Spiropoulos Apostolos E, Magan Naresh, Tassou Chrysoula C
a Institute of Technology of Agricultural Products , National Agricultural Research Foundation , 1 S. Venizelou str., 141 23 , Lycovrissi , Greece.
Food Addit Contam Part B Surveill. 2011;4(1):61-6. doi: 10.1080/19393210.2010.539707.
A total of 150 wines, including 123 dry wines (64 red, 49 white and 10 rosé) and 27 dessert wines (14 red and 13 white), were obtained from various viticulture and oenological practices across Greece during the period 1999-2006 and analyzed for ochratoxin a (OTA) using immunoaffinity clean-up and HPLC with fluorescence detection. There was a high frequency of OTA in commercially available wines (69% positive samples). However, the level of contamination was relatively low, with only one sample marginally reaching the EU permitted maximum level (2.0 µg l⁻¹). A total of 91% of the samples had OTA concentrations <1.0 µg l⁻¹. The higher concentrations were found in wines from the southern regions, especially in dessert-type wines. There were no significant differences based on wine color or production years. Furthermore, there was no difference between conventional or organic cropping systems in terms of OTA presence.
1999年至2006年期间,从希腊各地不同的葡萄种植和酿酒实践中获取了总计150种葡萄酒,其中包括123种干葡萄酒(64种红葡萄酒、49种白葡萄酒和10种桃红葡萄酒)以及27种甜葡萄酒(14种红葡萄酒和13种白葡萄酒),并采用免疫亲和净化和带荧光检测的高效液相色谱法对其赭曲霉毒素A(OTA)进行了分析。市售葡萄酒中OTA的检出频率较高(69%的样品呈阳性)。然而,污染水平相对较低,只有一个样品略微达到欧盟允许的最高限量(2.0 μg l⁻¹)。总计91%的样品中OTA浓度<1.0 μg l⁻¹。较高的浓度出现在南部地区的葡萄酒中,尤其是甜型葡萄酒。基于葡萄酒颜色或生产年份未发现显著差异。此外,在OTA存在方面,传统种植系统或有机种植系统之间没有差异。