Hydrogen bonding constrains free radical reaction dynamics at serine and threonine residues in peptides

Chemical Compounds

• Acetyl 11%
• Acid 8%
• Cleavage 32%
• Collisional Activation 15%
• Density Functional Theory 7%
• Dioxygen 5%
• Dissociation 42%
• Free Radical Reactions 91%
• Hydrogen 36%
• Hydrogen Atom 20%
• Isocyanic Acid 18%
• Mass Spectrometry 7%
• Orbital 9%
• Peptide 41%
• Potential Energy Surface 11%
• Serine 11%
• Serine Residue 91%
• Threonine 13%
• Threonine Residue 100%

Physics & Astronomy

• acids 10%
• activation 9%
• amino acids 27%
• carbon 7%
• chemistry 20%
• cleavage 73%
• density functional theory 9%
• dissociation 48%
• free radicals 78%
• hydrogen 43%
• hydrogen atoms 22%
• interactions 9%
• ions 5%
• mass spectroscopy 11%
• nitrogen 8%
• orbitals 8%
• oxygen 7%
• peptides 79%
• potential energy 10%
• sensitivity 6%
• sequencing 32%
• vapor phases 9%
• water loss 19%