Transcriptional regulation of seed dormancy and seed longevity

Agriculture & Biology

• seed longevity 100%
• seed dormancy 82%
• seeds 37%
• RNA 20%
• proteins 18%
• transcription factors 15%
• oxidation 14%
• germination 14%
• seed germination 13%
• reactive oxygen species 12%
• degradation 9%
• fructose 8%
• quantitative trait loci 8%
• storehouses 7%
• viability 7%
• seed damage 7%
• promoter regions 7%
• after-ripening 6%
• oxygen partial pressure 6%
• seed storage proteins 6%
• enzyme inactivation 6%
• alternative splicing 5%
• ion transport 5%
• stop codon 5%
• seed quality 5%
• genes 5%
• biotic stress 5%
• DNA damage 4%
• vigor 4%
• salt stress 4%
• plant development 4%
• abiotic stress 4%
• translation (genetics) 4%
• humidity 4%
• cell membranes 4%
• Arabidopsis thaliana 4%
• death 3%
• genetically modified organisms 3%
• protein synthesis 3%
• molecular cloning 3%
• Arabidopsis 3%
• amino acid sequences 3%
• oxygen 3%
• alleles 3%
• salts 3%
• mutation 3%
• genomics 3%
• nucleotide sequences 3%
• mutants 2%
• temperature 2%