… , which then triggers cellular mechanisms to take up K + , with the direct effect of membrane
hyperpolarization driving the influx of K + by transporters [85]. Low levels of soil K + can …

… K … K and P transport and signaling in plants, mainly taking Arabidopsis thaliana and rice
(Oryza sativa) as examples. We also discuss the mechanisms coordinating transport of N and K, …

… K + uptake as a crucial mechanism for plant stress response. K + -related regulatory
mechanisms, K + transporters, K + … of K + efficient plants/cultivars are highlighted in this review. …

… Here, we will describe in more detail a few major examples of plant K + channels and
transporters identified by yeast complementation. As previously mentioned, the first plant K + …

… the physiological functions of K in plants like stomatal … and transport mechanisms of K along
with its role in detoxification of reactive oxygen species and in conferring tolerance to plants …

… signaling mechanisms. Because of the extraordinary diversity of K + transporters in plant cells
… review is focused on the molecular mechanisms mediating K + uptake and release at the …

… and molecular mechanisms proposed in this review do not fully explain the nature of K-Mg …
molecular mechanisms underlying the antagonistic and synergistic interactions between …

… in plants in order to produce the salt-tolerant cultivars. High-affinity potassium transporter-
and … shoot tissues in plants. Numerous genes, that limit the uptake of salts from soil and their …

… for K + (E K ) assuming a cellular concentration for K + of 50 mM. Points within the blue area
correspond to situations where K … , K + uptake should take place through a coupled transport …

… to maintain cell volume and turgor under salt stress, plants … In halophyte, one of the
significant salt tolerance mechanisms is … Among the three tolerance mechanisms in plants, Na + …