Transcriptome analysis of the barley-deoxynivalenol interaction: Evidence for a role of glutathione in deoxynivalenol detoxification

Medicine & Life Sciences

• deoxynivalenol 100%
• Hordeum 90%
• Gene Expression Profiling 66%
• Glutathione 57%
• Trichothecenes 43%
• Glucosyltransferases 19%
• Cysteine 18%
• Uridine Diphosphate 16%
• deoxynivalenol-3-glucoside 13%
• Type B Trichothecenes 12%
• Cysteine Synthase 11%
• trichothecene 10%
• Plant Diseases 10%
• Fusarium 8%
• Mycotoxins 8%
• ATP-Binding Cassette Transporters 7%
• Cytochromes 7%
• Eukaryotic Cells 6%
• Glutathione Transferase 6%
• Liquid Chromatography 6%
• Mycoses 6%
• Mass Spectrometry 5%
• Fungi 5%
• Magnetic Resonance Spectroscopy 5%
• Yeasts 5%
• Genes 5%
• Up-Regulation 4%
• Genotype 4%
• RNA 4%
• Enzymes 3%
• Animals 3%
• In Vitro Techniques 2%
• Proteins 2%

Agriculture & Biology

• deoxynivalenol 74%
• transcriptomics 56%
• glutathione 53%
• barley 50%
• trichothecenes 44%
• cysteine 14%
• glucosyltransferases 14%
• toxins 9%
• cysteine synthase 8%
• ABC transporters 6%
• florets 6%
• Fusarium graminearum 6%
• plant pathogenic fungi 6%
• plant diseases and disorders 6%
• spikes (plant) 6%
• liquid chromatography 5%
• defense mechanisms 5%
• mycotoxins 5%
• cytochromes 5%
• glucosides 5%
• nuclear magnetic resonance spectroscopy 5%
• eukaryotic cells 5%
• mass spectrometry 4%
• protein synthesis 4%
• genes 4%
• RNA 3%
• yeasts 3%
• genotype 3%
• infection 3%
• enzymes 2%
• animals 2%