Salinity threatens agricultural production systems across the globe. While the major focus of
plant researchers working in the field of salinity stress tolerance has always been on sodium …

Mechanisms of Cl‐transport in plants are poorly understood, despite the importance of
minimizing Cl‐toxicity for salt tolerance. This review summarizes Cl‐transport processes in …

Salinity is a major threat to modern agriculture causing inhibition and impairment of crop
growth and development. Here, we not only review recent advances in salinity stress …

The family of chloride channel proteins that mediate Cl-transportation play vital roles in plant
nutrient supply, cellular action potential and turgor pressure adjustment, stomatal movement …

Background The anionic toxicity of plants under salt stress is mainly caused by chloride
(Cl−). Thus Cl− influx, transport and their regulatory mechanisms should be one of the most …

In plant cells, anion channels and transporters are essential for key functions such as
nutrition, ion homeostasis and resistance to biotic or abiotic stresses. We characterized …

Callistemon citrinus and Viburnum lucidum are appreciated and widespread ornamental
shrubs for their abundant flowering and/or brilliant foliage. The intrinsic tolerance to …

The ability to control the cytoplasmic environment is a prerequisite for plants to cope with
changing environmental conditions. During salt stress, for instance, Na+ and Cl− are …

The first analysis of chloride fluxes and compartmentation in a non-excised plant system is
presented, examining ten ecologically pertinent conditions. The short-lived radiotracer …

Chloride channels (CLCs), member of anion transporting proteins, are present ubiquitously
in all life forms. Diverging from its name, the CLC family includes both channel and …