Development of Plant Research

B. Inal
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引用次数: 0

Abstract

The first article is by Saleh B et al [1]. Correlation between 2 plant hormone Abscisic acid (ABA) and hydroxy acid (SA) accumulation and transcript pattern of VvNHX1, VvABF1, VvAREB2, VvCBF4 and VvOSM1 genes concerned in grapevine (Vitis vinifera grape L.) adaptation against a pair of dS/m brine treatment for one,3 and five days exposure has been assessed in Baladi and Halawani cultivars and B41 rootstock grapevine. information discovered that VvNHX1, VvABF1, VvAREB2 and VvCBF4 transcript patterns were closely connected with activation of ABA level in Halawani cv. Whereas, VvABF1 and VvAREB2 transcript patterns were closely connected with activation of ABA level in Baladi cv. While, VvNHX1, VvABF1 and VvCBF4 transcript patterns were closely connected with activation of ABA level in B41 rootstock.
植物研究进展
第一篇文章由Saleh B等人撰写[1]。以Baladi和Halawani葡萄品种和B41砧木葡萄为材料,研究了葡萄对dS/m盐水处理1、3和5 d的适应过程中2种植物激素脱落酸(ABA)和羟基酸(SA)积累与VvNHX1、VvABF1、VvAREB2、VvCBF4和VvOSM1基因的转录模式。资料发现,VvNHX1、VvABF1、VvAREB2和VvCBF4转录模式与海葵中ABA水平的激活密切相关。而VvABF1和VvAREB2转录模式与Baladi cv中ABA水平的激活密切相关。而vnhx1、VvABF1和VvCBF4转录模式与B41砧木ABA水平的激活密切相关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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