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Additional file 1: of Early transcriptomic response to Fe supply in Fe-deficient tomato plants is strongly influenced by the nature of the chelating agent
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posted on 2016-01-07, 05:00 authored by Anita Zamboni, Laura Zanin, Nicola Tomasi, Linda Avesani, Roberto Pinton, Zeno Varanini, Stefano CescoFigure S1. Cluster heat map of gene expression data. Table S1. Results of Real-time RT-PCR experiments performed for a set of transcripts resulted differentially expressed in the different comparison of microarray analysis. Table S2. Number of differentially expressed transcripts resulted by root transcriptional profile comparisons of Fe-deficient plants supplied for 1Â h with the three natural sources of Fe and Fe-sufficient plants. Figure S2. Shared transcripts modulated in Fe-deficient plants after 1Â h in response to supply with the three natural Fe sources relative to Fe-sufficient plants. Table S5. Sequence of forward and reverse primers used in Real-time RT-PCR experiments. (PDF 2631Â kb)
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root transcriptional profile comparisonsTable S 1. Results1Â hFe-deficient tomato plantsFe-deficient plantssourceTable S 2. NumberFe-sufficient plantsgene expression dataFigure S 2. Shared transcriptsTable S 5. SequenceReal-time RT-PCR experimentsresponsechelating agent Figure S 1. Cluster heat mapdifferentiallyPDF 2631Â kb
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