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Evaluation of the Optimal Multiplex PCR Method for the Detection of Aspergillus Flavus and Aspergillus Parasiticus on Dried Corn

机译:检测玉米曲霉和曲霉伞菌的最佳多重PCR方法评价

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Corns, which are one of major agricultural crop in Vietnam, have high risk of being infected with A. flavus and A. parasiticus due to the high humidity of tropical climate in Vietnam which is the ideal condition for fungal development. The traditional methods for detection and identification of these myeotoxigenic fungi are very time-consuming, laborious, and facility requiring. Thus, there is a need to develop a new PCR-based method that target DNA which is considered as a good alternative for rapid diagnosis of these fungi. In this study, a multiplex PCR method which had already been optimized in previous studied was evaluated by performing the detection of A. flavus and A. parasiticus on corn kernels collected from markets. These samples were detected by both culture method and multiplex PCR method. After first time of analysis, fungal enrichment overnight was applied to increase the detection percentage. The results were then analyzed and compared with that of traditional method. The statistical outcome showed that 66% results from PCR method was the same with culture method. However, after fungal enrichment by incubating samples in moist condition overnight, this proportion increased to 82% which was suggested to be statistically the same with culture method. Therefore, The PCR method with more advantages compared to culture method in time consuming, labor demand as well as the cost, it could be considered to be the replacement for the traditional method of rapid detection of A. flavus and A. parasiticus on dried corn.
机译:是越南主要农业作物之一的玉米,由于越南热带气候的高湿度,寄生虫病患风险很高,这是真菌发展的理想条件。这些肌杂物虫真菌的检测和鉴定的传统方法非常耗时,费力,并且需要。因此,需要开发一种基于新的PCR的方法,其靶向DNA,该方法被认为是快速诊断这些真菌的良好替代方案。在该研究中,通过在从市场收集的玉米核上进行玉米粒细胞来评估已经在先前研究中进行了优化的多重PCR方法。通过培养方法和多重PCR方法检测这些样品。在第一次分析后,施用真菌富集过夜以增加检测百分比。然后分析结果并与传统方法进行比较。统计结果表明,PCR方法的66%结果与培养方法相同。然而,在通过在潮湿条件下孵育样品过夜进行真菌富集后,该比例增加到82%,这表明与培养方法有统计学相同。因此,与培养方法相比,PCR方法与培养方法相比耗时,劳动力需求以及成本,可以被认为是替代传统检测方法的传统方法和A.寄生在干玉米上的Parasiticus 。

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