Stomatal movement is an important topic in plant water metabolism.
气孔运动与植物水分代谢密切相关。
We suggest that the protoplasm of guardcell involved in stomatal movement.
因而提出保卫细胞原生质在气孔蒸腾中的作用值得进一步研究。
Stomatal movement is important for plants to exchange gas with environment.
气孔运动调节植物与环境之间气体和水分的交换。
In this paper, research progress about the role of ROS in stomatal movement was reviewed.
该文对于近年来活性氧在气孔运动过程中发挥的作用方面的研究进展进行了综述。
However, there are few studies on the regulation of water transport in stomatal movement.
然而有关水分运输调节气孔运动的研究相对较少。
But how SO2 induces stomatal movement and guard cell death, and which kinds of signals involved in the procedure have not been reported.
但SO2如何影响气孔运动及诱导细胞死亡，以及这些过程中涉及到的调控机制，尚未见报道。
Treatment with Tween-80 (concentration 0.02-2%) of leaves of maize seedlings induced obvious changes of stomatal movement and transpiration.
吐温- 80(浓度0.02 ~ 2%)处理后，引起玉米苗气孔运动及蒸腾作用的显著变化。
These results suggested that stomatal oscillations induced by atmospheric drought stress and root resistance were mainly a type of hydropassive movement.
结果说明荒漠干旱条件诱发的甘草气孔振荡可能主要是一种水被动过程。
These results suggested that stomatal oscillations induced by atmospheric drought stress and root resistance were mainly a type of hydropassive movement.
结果说明荒漠干旱条件诱发的甘草气孔振荡可能主要是一种水被动过程。
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