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Expressed sequence tags related to nitrogen metabolism in maize inoculated with Azospirillum brasilense

机译:表达与玉米中的氮代谢相关的序列标签接种着Azospirillum BrasiLense

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The relative quantitative real-time expression of two expressed sequence tags (ESTs) codifying for key enzymes in nitrogen metabolism in maize, nitrate reductase (ZmNR), and glutamine synthetase (ZmGln1-3) was performed for genotypes inoculated with Azospirillum brasilense. Two commercial single-cross hybrids (AG7098 and 2B707) and two experimental synthetic varieties (V2 and V4) were raised under controlled greenhouse conditions, in six treatment groups corresponding to different forms of inoculation and different levels of nitrogen application by top-dressing. The genotypes presented distinct responses to inoculation with A. brasilense. Increases in the expression of ZmNR were observed for the hybrids, while V4 only displayed a greater level of expression when the plants received nitrogenous fertilization by top-dressing and there was no inoculation. The expression of the ZmGln1-3EST was induced by A. brasilense in the hybrids and the variety V4. In contrast, the variety V2 did not respond to inoculation.
机译:为玉米,硝酸还原酶(ZMNR)和谷氨酰胺合成酶(ZMGLN1-3)进行氮代谢中的关键酶的两种表达序列标签(EST)的相对定量实时表达进行了接种的基因型,硝酸盐酶。在受控温室条件下,在受控温室条件下提高了两种商业单十字混合动力车(AG7098和2B707)和两种实验合成品种(V2和V4),在六个处理基团,对应于敷料的不同形式的接种和不同水平的氮施用。基因型呈现出与A. BrasiLense接种的明显反应。对于杂种,观察到ZMNR表达的增加,而V4仅在植物通过顶部敷料接受含氮施肥时显示出更大水平的表达水平,并且没有接种。 Zmgln1-3最的表达由杂交种和品种v4中的A.膀胱诱导。相比之下,品种V2没有响应接种。

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