… In the model plant Arabidopsis thaliana, these families gather … , at the cell and whole plant
levels, ensures plant K + nutrition, … current knowledge on plant K + and Na + transport systems. …

… , 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 …

… , utilizing K transporters as a means to improve plant KUE genetically. K transporters have
… contributes to overall performance of the plant under extreme climate conditions (Wang and …

… maintains K + homeostasis in cells, boosting the adaptability to potassium deficiency. As a
result, … the molecular regulatory mechanisms of K + channels and potassium transporters has …

… 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, …

… or cortical cell is the first point of control in K+ acquisition by the plant. Once into the … K+
transport across the plant cell membrane: what do we learn from comparison between plant …

… deficit can reveal the role of this macronutrient in plants and the … potassium in plants under
different abiotic stress conditions and the expression profiles of the genes for K + transporters …

… and a high K + /Na + ratio by mechanisms that function to: (1) … and cellular osmotic adjustment
are important for plants to … in understanding the mechanisms of sodium transport, such …

… + , and Na + , in this review we describe the operation and diversity of the main mechanisms
that coordinate the K + -NO 3 – , Na + -NO 3 – , and K + -Na + transports, and their …

… Plant roots absorb potassium ions from the soil and transport them … K + is loaded into the
phloem and then transported with the phloem stream to other parts of the plant; in part, transport …