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首页> 外文期刊>Journal of Insect Physiology >Monitoring diapause development in the Colorado potato beetle, Leptinotarsa decemlineata, under field conditions using molecular biomarkers
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Monitoring diapause development in the Colorado potato beetle, Leptinotarsa decemlineata, under field conditions using molecular biomarkers

机译:使用分子生物标记物在田间条件下监测科罗拉多马铃薯甲虫Leptinotarsa decemlineata的滞育发育

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摘要

A multiplex PCR protocol was developed using five diapause-regulated genes to monitor diapause development of the Colorado potato beetle under field conditions. A total of 870 beetles from the Red River valley of North Dakota and Minnesota, USA, were screened for three consecutive years. Out of the 32 possible expression profiles, eight could be arranged in chronological order of diapause development. These eight profiles account for over 92% of the beetles surveyed. Intra-population variation in diapause phenotypes was observed in the field. Some beetles were already in the diapause initiation phase in June when the day length was greater than 17 h. Inter-seasonal variation in the timing of diapause development was also noted. The greatest differences were before the day length decreased to less than 15 h. Anomalies in the results, e.g., the presence of the diapause maintenance phase profiles in beetles collected on the potato plants, argue that laboratory results are not always equivalent with what is observed under field conditions
机译:使用五个滞育调节基因开发了多重PCR方案,以监测田间条件下科罗拉多马铃薯甲虫的滞育发育。连续三年对来自北达科他州和美国明尼苏达州红河谷的870只甲虫进行了筛选。在32种可能的表达模式中,有8种可以按滞育发展的时间顺序排列。这八个轮廓占被调查的甲虫的92%以上。在田间观察到滞育表型的种群内变化。当日长大于17小时时,6月已经有一些甲虫处于滞育期开始阶段。还指出了滞育发生时间的季节间变化。最大的差异是在日长减少到少于15小时之前。结果异常,例如在马铃薯植物上收集的甲虫滞育维持阶段的存在,表明实验室结果并不总是与田间条件下观察到的结果相同

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