A novel approach to investigate hypoxic microenvironment during rice colonization by Magnaporthe oryzae

Medicine & Life Sciences

• Magnaporthe 100%
• Oryza 68%
• Oxygen 40%
• Ergosterol 16%
• pimonidazole 9%
• Hypoxia 9%
• Infections 8%
• Eukaryota 5%
• Virulence 4%
• Fluorescent Antibody Technique 4%
• Respiration 4%
• Electrons 4%
• Homeostasis 4%
• Gene Expression 3%
• Genes 2%

Agriculture & Biology

• Magnaporthe oryzae 71%
• oxygen 39%
• rice 37%
• ergosterol 13%
• Plantae 12%
• hypoxia 10%
• pathogenesis 10%
• infection 9%
• pathogens 6%
• aerobiosis 6%
• enzymatic reactions 6%
• fluorescent antibody technique 5%
• plant tissues 5%
• homeostasis 4%
• eukaryotic cells 4%
• virulence 4%
• electrons 4%
• biosynthesis 3%
• gene expression 3%
• metabolism 3%
• synthesis 3%
• assays 3%
• leaves 2%
• genes 1%
• methodology 1%

Earth & Environmental Sciences

• colonization 52%
• rice 49%
• oxygen 36%
• ergosterol 16%
• infection 16%
• hypoxia 12%
• pathogen 10%
• gene 8%
• virulence 7%
• homeostasis 6%
• eukaryote 6%
• biosynthesis 6%
• respiration 5%
• assay 4%
• metabolism 4%
• penetration 4%
• probe 4%
• tissue 4%
• electron 3%
• sensor 3%
• substrate 3%
• chemical 2%
• method 1%