Na~(+),K~(+)和ABA对盐胁迫大麦根液泡膜ATPase活性的影响
王宝山, Haschke H P
德国柏林自由大学植物生理与微生物研究所;山东师范大学生物系
摘要
经盐胁迫后,大麦根液泡膜 ATPase活性变得对Na~(+)的抑制较不敏感,可 能与NCl胁迫诱 导液泡膜 ATPase结构发生改变及合成新蛋白质有关。图3参15
Effect of Na super(+), Ksuper(+) and ABA on the activity of tonoplast ATPase in Mat Cl-treated barley roots
Wang Baoshan, Haschke H P
Inst. f. Pflanzenphysiologie Mikrobiologie, freie Universitat Berlin;Dept. Biol., Shandong Norm. Univ.
Abstract
Key words: Barley roots;NaCl atress;Tonoplast ATPase;Na~(+)
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引用本文:
王宝山, Haschke H P. Na~(+),K~(+)和ABA对盐胁迫大麦根液泡膜ATPase活性的影响[J]. 生理学报 1991; 43 (4): .
Wang Baoshan, Haschke H P. Effect of Na super(+), Ksuper(+) and ABA on the activity of tonoplast ATPase in Mat Cl-treated barley roots. Acta Physiol Sin 1991; 43 (4): (in Chinese with English abstract).