铝胁迫下植物根系的有机酸分泌及其解毒机理 关键词 ： 铝胁迫；解铝毒作用；有机酸 [gap=1183]Key words: aluminum stress; detoxifying aluminum; organic acid
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The impact of active Al on the electrical conductivity was various at the different periods of Al stress.
2、不同铝胁迫时期pH对培养液电导率的影响不同。
参考来源 - DLAcidity and aluminum stress greatly affected the growth of Ginkgo.
试验结果表明：1．酸、铝胁迫严重影响银杏植株的生长。
参考来源 - 酸、铝对银杏幼树生长的效应研究Under Al stress situations,the damage of cell membrane of Solanum khasianum were found to be less serious than that of Plantago asiatica.
铝胁迫下,喀西茄细胞膜损伤程度没有车前严重。
参考来源 - 铝胁迫对喀西茄和车前生理生态特征的影响Aluminum stress noticed to have influenced the photosynthesis,photoresponse curve and fluorescence parameter.
3).铝胁迫影响喀西茄和车前的光合作用、光响应曲线及荧光参数。
参考来源 - 铝胁迫对喀西茄和车前生理生态特征的影响·2,447,543篇论文数据，部分数据来源于NoteExpress
结果表明铝胁迫干扰了龙眼的氮代谢。
The results showed that aluminum stress disturbed the nitrogen metabolism.
表明铝胁迫时粘胶层具有保护根尖的作用。
These proved mucilage could protect root tip from Al injury.
铝胁迫可显著增加耐铝自交系根系苹果酸含量和分泌量。
The results indicated that root malate content and secretion of Al-tolerant inbred lines was significantly increased by Al-stress.
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