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This review focuses on plant acquisition and transport of the inorganic forms of nitrogen, phosphorus and sulfur. Families of membrane transporters have been identified and several members are well characterised. Although some families are large, specific members may be expressed in a particular membrane or cell type, or at certain times during development. Therefore, each transporter can have specific activities and the concept of functional redundancy is questionable. Structurally related proteins can mediate all transport steps within the plant, including uptake from the soil. Although transport mechanisms and membrane locations may be different, a picture is emerging that suggests sequence homology can be a reasonable indicator of the nutrient that is transported by each protein.

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http://dx.doi.org/10.1016/j.pbi.2009.04.010DOI Listing

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  • - The study identifies 20 potential metal tolerance proteins (EgMTPs) in Eucalyptus grandis, which play a crucial role in transporting divalent cations and helping the plant resist heavy metal stress.
  • - EgMTP genes are classified into various groups, have varying amino acid lengths, and are predicted to be localized in the cell vacuole, with many experiencing gene duplication, indicating their evolutionary significance.
  • - The different promoter regions of the EgMTP genes suggest that their expression can be regulated by various environmental stimuli, and the study also highlights the genes' potential roles in development and responses to metal stress, particularly with regard to cadmium and copper exposure.
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