Molecular basis of resistance to fusarium ear rot in maize

Agriculture & Biology

• ear rot 100%
• Fusarium 66%
• corn 42%
• Fusarium verticillioides 41%
• mycotoxins 33%
• genomics 32%
• transcriptomics 30%
• quantitative trait loci 30%
• food defense 25%
• oxylipins 24%
• receptors 23%
• calcium signaling 21%
• pathogens 20%
• genetic resistance 19%
• genome-wide association study 19%
• mitogens 19%
• phenylpropanoids 19%
• plant diseases and disorders 18%
• jasmonic acid 17%
• salicylic acid 16%
• molds (fungi) 16%
• protein kinases 16%
• food safety 16%
• production costs 16%
• single nucleotide polymorphism 16%
• abscisic acid 15%
• auxins 15%
• resistance genes 15%
• disease control 15%
• ethylene 14%
• phosphotransferases (kinases) 14%
• climate change 14%
• biochemical pathways 14%
• transcription factors 13%
• incidence 12%
• hormones 12%
• genes 11%
• breeding 10%
• genotype 10%
• infection 9%
• cells 5%