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首页> 外文期刊>Plant signaling & behavior >Changes in rupture formation and zonary region stained with Evans blue during the recovery process from aluminum toxicity in the pea root apex.
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Changes in rupture formation and zonary region stained with Evans blue during the recovery process from aluminum toxicity in the pea root apex.

机译:从豌豆根尖的铝中毒中恢复的过程中,伊文思蓝染成的破裂形成和区带变化。

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摘要

We investigated how the pea (Pisum sativum cv. Harunoka) root, upon return to an Al-free condition, recovers from injury caused by exposure to Al. Elongation and re-elongation of the root during the recovery process from Al injury occurred only in the apical 5-mm region of the pea root. With the model system of the pea root for recovery from Al injury, images of the root characterized by zonal staining with Evans blue showed the existence of two regions in the root apex consisting of rupture and zonary stained regions. Ruptures enlarged by increase in their depth but without widening of the intervals among zonary stained regions in the roots treated with Al continuously. On the other hand, intervals of the zonary stained regions were widened due to re-elongation of the root and were narrow in the rupture region in the recovery root.
机译:我们调查了豌豆(Pisum sativum cv。 Harunoka )的根如何恢复无铝状态,如何从暴露于Al的伤害中恢复过来。从铝损伤中恢复的过程中,根的伸长和再伸长仅发生在豌豆根的根尖5毫米区域。利用豌豆根的从Al损伤中恢复的模型系统,以伊文思蓝带状局部染色为特征的根图像显示,根尖存在两个区域,包括破裂和区域染色区域。破裂通过其深度的增加而扩大,但没有连续扩大用Al处理的根的区域染色区域之间的间隔。另一方面,由于根的再伸长,带状染色区域的间隔变宽,而恢复根的破裂区域的间隔变窄。

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