Influence of salt bridge interactions on the gas-phase stability of DNA/peptide complexes

Engineering & Materials Science

• Phase stability 100%
• Peptides 91%
• DNA 72%
• Salts 64%
• Gases 39%
• Covalent bonds 22%
• Electrospray ionization 13%
• Nucleic acids 10%
• Acidity 9%
• Negative ions 9%
• Alkalinity 9%
• Mass spectrometry 8%
• Ions 6%

Physics & Astronomy

• peptides 77%
• deoxyribonucleic acid 63%
• salts 62%
• vapor phases 55%
• strands 36%
• interactions 27%
• covalent bonds 17%
• fragmentation 12%
• charge injection devices 10%
• thymidine 10%
• acidity 9%
• nucleic acids 9%
• negative ions 7%
• cleavage 7%
• mass spectroscopy 6%
• dissociation 5%
• ionization 4%
• collisions 4%
• ions 3%

Chemical Compounds

• Covalent Bond 20%
• Fragmentation 16%
• CID 13%
• Collision 9%
• Electrospray Ionization Mass Spectrometry 9%
• Nucleic Acid 8%
• Tandem Mass Spectrometry 8%
• Dissociation 7%
• Cleavage 6%
• Ion 3%