应用生态学报2000，Vol.11Issue(6)：873-877,5.
盐逆境下转基因耐盐小麦与其受体呼吸途径的动态变化
Dynamics of respiration pathway in transgenic salt-tolerant wheat and its receptor under salt stress.
摘要
Abstract
Using transgenic salt-tolerant wheat 89122 and its receptor Longchun 13 as test material, the dynamic changes of respiration pathway of wheat seedlings at different salt concentration were studied. The appearance of salt respiration was later in 89122 than in Longchun 13. The changes of Valt and pValt of both varieties had different patterns during salt stress process. Valt was suppressed by high salt levels, but could be induced by low salt levels in Longchun 13. The pValt and p′Vcyt of two varieties were cooperatively regulated with each other to adapt to salt stress, and ρ′Vcyt was the main electron transport pathway The possible physiological roles of cyanide-resistant respiration were also discussed. It was suggested that the operation intensity of cyanide-resistant respiration could serve as a physiological index of plant salt-tolerance.关键词
盐胁迫转基因小麦呼吸途径Key words
Salt stress/Transgenic wheat/Respiration pathway分类
农业科技引用本文复制引用
孔英珍,周功克,崔凯荣,王亚馥,李红玉..盐逆境下转基因耐盐小麦与其受体呼吸途径的动态变化[J].应用生态学报,2000,11(6):873-877,5.基金项目
甘肃省“97”重点农业科技攻关项目(GK971-2-22A-1) （GK971-2-22A-1）
