oxidation reduction system

Highly purified plasma membrane vesicles were isolated by aqueous two-phase partitioning from wheat(Triticum sativum L) seedling roots,and then the activities of H+-ATPase and redox system in plasma membranes were determined.

两相法分离纯化小麦(Triticum sativum L)根细胞质膜微囊用于测定La3+和Eu3+对质膜H+-ATPase及氧化还原系统活性的影响。

The results indicated that under high light intensity ammonium treatment,compared with nitrate treatment,significantly decreased root biomass and root vigor,and significantly enhanced the activity of H+-ATPase and redox system of root plasmalemma,which resulted in the increase of the proton extrusion of roots simultaneously.

供应铵态氮植株根系质膜H+-ATPase和氧化还原系统活性显著高于供应硝态氮植株,且强光下差异更大,根系质子分泌速率也相应增加。

Some properties of plasma membrane redox systems in two spring wheat leaves and their responses to gradual field drought were investigated.

)叶片质膜氧化还原系统的部分性质及其在田间缓慢干旱下氧化还原活力的变化。