Aquaporins, which facilitate the diffusion of water across biological membranes, are key
molecules for the regulation of water transport at the cell and organ levels. We recently …

The water uptake capacity of plant roots (ie their hydraulic conductivity, Lpr) is determined in
large part by aquaporins of the plasma membrane intrinsic protein (PIP) subfamily. In the …

In plants, aquaporins play a crucial role in regulating root water transport in response to
environmental and physiological cues. Controls achieved at the post-translational level are …

Aquaporins facilitate the uptake of soil water and mediate the regulation of root hydraulic
conductivity (L pr) in response to a large variety of environmental stresses. Here, we use …

Water is one of the most critical resources limiting plant growth and crop productivity, and
root water uptake is an important aspect of plant physiology governing plant water use and …

The capacity of roots to take up water is determined in part by the resistance of living tissues
to radial water flow. Both the apoplastic and cell‐to‐cell paths mediate water transport in …

Oxygen deprivation commonly affects plants exposed to flooding and soil compaction. The
resulting root hypoxia has an immediate effect on plant water relations and upsets water …

Aquaporins are channel proteins that facilitate the transport of water across plant cell
membranes. In this work, we used a combination of pharmacological and reverse genetic …

Aquaporins (water channels) are membrane proteins which facilitate the transport of water
and low molecular weight compounds across biological membranes. The author and …

Aquaporins are ubiquitous channel proteins that facilitate the transport of water across cell
membranes. Aquaporins show a typically high isoform multiplicity in plants, with 35 …