… The vacuolar system of eukaryotic cells is a major player in metal ion homeostasis not only
… storage of metal ions but also by providing the proper amounts of transporters in the various …

… , and the cellular pH homeostasis. It is clear that vacuolar transporters are an integrated part
… In this review it will be shown how vacuolar transporters are an integrated part of a complex …

… Cell expansion, and therefore growth, depends on turgor pressure that is generated by the
coordinated regulation of vacuolar ion and water uptake, and the augmentation of membrane …

… Ca 2+ into the vacuole is highly upregulated and Ca 2+ is “locked” inside the vacuole so that
… + levels by reducing vacuolar Ca 2+ sequestration, we examined the ion content and stress …

… vacuolar NHX transporters as mediators of K + homeostasis and vacuolar pH control is not
restricted to flower vacuoles… This study implicates a vacuolar ion/H + exchanger not only in the …

… of the vacuolar transporters is very limited, and much work is needed to get a holistic view
about the interplay of the vacuolar … As for other heavy metals, copper homeostasis is controlled …

… vacuole in maintaining the cytosolic homeostasis for a multitude of compounds implies that
most intermediates, such as inorganic ions … in the field of vacuolar transporters and to raise …

… two model systems for studying ion homeostasis: the plant … of cation transporters to maintain
ion homeostasis. A broader … yeast mutant devoid of its homologous vacuolar transporter. …

… Intracellular ion transporters are usually thought to control luminal conditions in organelles;
meanwhile, their potential action on cytosolic ion homeostasis is still a black box. The case of …

… cellular ion homeostasis involving net intracellular Na + and Cl − uptake and subsequent
vacuolar compartmentalization without toxic ion accumulation in the cytosol. Sodium ions can …