FEBS Letters · 1994 · 123 citations · 22 references
Life SciencesPlant BiologyPlant SciencesPlant BiochemistryPlant GeneticsPlant Molecular BiologyMembrane TransportNitrogen AssimilationNitrogen NutritionNutrient AssimilationNutrient TransportTransport Across Biological MembranesAmino Acid TransportAmino AcidsBiological Nitrogen TransferComplementationIntegral Membrane ProteinsIon Transporter GenesNutrient Transport ProteinsNutrient Transporter Genes
In plants, many of the proteins involved in transport of nitrogenous compounds have not been identified so far. The use of heterologous complementation in yeast mutants has enabled the isolation of a gene family encoding amino acid permease (AAP). A highly sensitive selection procedure was used to identify other proteins capable of transporting amino acids. In addition to members of the AAP gene family, an integral membrane protein (NTR1) that shows significant similarities to the low affinity nitrate transporter from Arabidpsis and to peptide transporters from yeast and rabbit was identified. NTR1 seems to be involved in the supply of reproductive organs with nitrogen as it is expressed at low levels in leaves and highly in developing pods.
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