Tseng T C, Liu C Y
Institute of Botany, Academia Sinica, Nankang, Taipei, Taiwan, Republic of China.
J Agric Food Chem. 1999 Nov;47(11):4799-801. doi: 10.1021/jf990172j.
Samples of maize grown in various districts of Taiwan were collected and analyzed for the presence of fumonisin B(1) (FB(1)) and fumonisin B(2) (FB(2)) using high-performance liquid chromatography. Forty-nine (44.5%) and 2 (1.8%) of 110 samples were found to contain FB(1) (109-1148 ng/g) and FB(2) (222-255 ng/g), respectively. The frequency of detection and also the maximum FB(1) concentration were found in samples from Penton (2/2, 262 ng/g), followed by Chiayi (18/26, 264 ng/g), Tainan (8/16, 160 ng/g), Hualinen (5/14, 1148 ng/g), Taitung (7/20, 109 ng/g), and Yunlin (9/26, 361 ng/g). Of the 110 samples examined, only 2 samples from Hualinen had been detected containing FB(2). During an analysis of the distribution pattern of FB(1), it became apparent that >79% of tested samples had FB(1) concentrations <100 ng/g, whereas 2.7% (or 3 samples) contained FB(1) >300 ng/g. These results clearly illustrated that domestically produced maize for human consumption is frequently contaminated with FB(1).
采集了台湾不同地区种植的玉米样本,使用高效液相色谱法分析伏马菌素B1(FB1)和伏马菌素B2(FB2)的存在情况。110个样本中,分别有49个(44.5%)和2个(1.8%)被发现含有FB1(109 - 1148纳克/克)和FB2(222 - 255纳克/克)。在来自彭屯的样本中检测频率以及FB1的最高浓度最高(2/2,262纳克/克),其次是嘉义(18/26,264纳克/克)、台南(8/16,160纳克/克)、花莲(5/14,1148纳克/克)、台东(7/20,109纳克/克)和云林(9/26,361纳克/克)。在检测的110个样本中,仅来自花莲的2个样本被检测出含有FB2。在分析FB1的分布模式时,明显发现>79%的测试样本中FB1浓度<100纳克/克,而2.7%(即3个样本)的FB1含量>300纳克/克。这些结果清楚地表明,国内生产的供人类食用的玉米经常受到FB1的污染。