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The wheat AMT2 (AMmonium Transporter) family,possible functions in ammonium uptake and pathogenic/symbiotic interactions
Authors:Romano Porras-Murillo  Yufen Zhao  Jinling Hu  Toyosi Ijato  Joseline Palafox Retamal  Uwe Ludewig  Benjamin Neuhäuser
Institution:Institute of Crop Science, Nutritional Crop Physiology, Fruwirthstraße 20a, University of Hohenheim, Stuttgart, Germany
Abstract:Ammonium uptake into wheat roots relies primarily on two AMmonium Transporters of subfamily one, while the wheat genome comprises 4 to 6 AMT2 type transporters. Plant AMT2s generally show functions in root-to-shoot translocation or pathogenic and symbiotic plant–microorganism interactions. We addressed the activity of TaAMT2s in ammonium transport. Nitrogen-dependent expression implicated a physiological function in ammonium uptake for TaAMT2;1 and in ammonium distribution for TaAMT2;2-6.
Keywords:gene expression  nitrogen  transport  Triticum aestivum
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