Molecular characterization of a biotic and abiotic stress resistance-related gene RelA/SpoT homologue (PepRSH) from pepper

Medicine & Life Sciences

• guanosine 3',5'-polyphosphate synthetases 100%
• Physiological Stress 64%
• Chloroplasts 25%
• Diphosphates 23%
• Genes 21%
• Histidine 19%
• chloroplast transit peptides 18%
• Aspartic Acid 18%
• Proteins 16%
• methyl jasmonate 16%
• Salt Stress 14%
• Salinity 13%
• Capsicum 13%
• Escherichia coli 12%
• Bacteria 12%
• Salicylic Acid 11%
• Guanosine 11%
• Bacterial Proteins 11%
• Osmotic Pressure 10%
• triphosphoric acid 10%
• Crowns 9%
• Site-Directed Mutagenesis 9%
• Hydrogen Peroxide 9%
• Introns 8%
• Open Reading Frames 8%
• Exons 7%
• Gels 7%
• Amino Acids 6%
• Genome 6%
• Mutation 5%
• DNA 5%
• Growth 4%

Agriculture & Biology

• pepper 56%
• biotic stress 53%
• stress tolerance 49%
• abiotic stress 47%
• ligases 22%
• genes 18%
• chloroplasts 9%
• histidine 7%
• aspartic acid 7%
• mutants 6%
• proteins 6%
• Escherichia coli 4%
• hot peppers 4%
• bacterial proteins 4%
• guanosine 4%
• methyl jasmonate 4%
• bacteria 4%
• site-directed mutagenesis 4%
• osmotic stress 3%
• tree crown 3%
• salicylic acid 3%
• exons 3%
• ultraviolet radiation 3%
• salt stress 3%
• hydrogen peroxide 3%
• leaves 3%
• introns 3%
• open reading frames 3%
• salinity 3%
• mutation 2%
• peptides 2%
• gels 2%
• genomics 2%
• amino acids 2%
• genome 2%
• DNA 1%