Table_1.xls (5.5 kB)
Metabolic changes in A. thaliana roots upon cultivation in hydroponic medium without added Fe as identified by GC-MS metabolite profiling.
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posted on 2014-07-24, 03:01 authored by Holger Schmidt, Carmen Günther, Michael Weber, Cornelia Spörlein, Sebastian Loscher, Christoph Böttcher, Rainer Schobert, Stephan ClemensPolar metabolites were extracted with methanol, derivatized and subjected to GC-MS analysis. Listed are compounds that showed a significant (P<0.05, Student’s t-test) difference (>1.5-fold) in three independent biological experiments. Entries are ordered according to their maximum relative abundance under –Fe conditions; n. i.: not unambiguously identified (no comparison with authentic standard), RI: retention index, R-Match: reverse match (only values above 800 are given).
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biotechnologySmall moleculesgeneticsPlant geneticsBiochemistryproteomicsSpectrometric identification of proteinsPlant biochemistryorganismsplantsbrassicaArabidopsis thalianaPlant sciencePlant physiologychemistryChromatographic techniquesGas chromatographyModel organismsPlant and algal modelsrootscultivationhydroponicfegc-msmetabolite
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