… plants, the congruence between phylogeny and functionality is less clear. The sequences
present in higher plants … destabilization is caused by a direct interaction between H 3 BO 3 and …

… In higher plants, aquaporins are classified into five major subgroups based on their protein
… predominantly in the node, a hub for mineral nutrient distribution in rice. In addition, both …

… aquaporins from higher plants, mercury is thought to bind to sulphydryl groups of the
aquaporin … Magnesium (Mg 2+ ) can physically interact with the aquaporin proteins or with their …

… and/or toxicity tolerance and carries potential for the regulation of the expression of a
mineral nutrient channel gene to improve growth under limited nutrient or toxic conditions. …

… , nutrient composition, root hydraulic conductivity (L 0 ) and the effect of mercury (an aquaporin
blocker) on L 0 were determined for plants … During the 2 weeks of treatment, the plants …

… (CO 2 ), water and mineral nutrients for their life cycle. Thus, … 12–15 AQP isoforms, higher
plants possess far more isoforms, … The symbiotic interaction of plants with soil microorganisms …

… The idea that aquaporins of the PIP2 subgroup interact with ZmPIP1;2 to favour targeting
of the latter to the oocyte plasma membrane was corroborated by confocal microscopy …

… the mineral nutrition of higher plants, … interactions, stress physiology, water relations, and
functions of micronutrients. In view of the worldwide increasing interest in plantsoil interactions, …

… aquaporin (AQP) in 1993, our conception of the way plants … What does the molecular interaction
between AQPs and … course of the evolution of higher plants has resulted in AQP families, …

… of this gene was significantly higher in the roots of LB plants inoculated at 60 mM NaCl.
The RE of LsaNHX8 in shoots and roots was affected by the interaction of cultivar, salinity and …