The fragmentation pathways of protonated peptides are reviewed in the present paper
paying special attention to classification of the known fragmentation channels into a simple …

Abstract I. Introduction 58 A. Challenges in the Gas‐Phase Fragmentation of Polypeptides
58 B. Ion–Electron Interactions 58 C. Nomenclature 59 II. Instrumental Realization and …

Modern soft ionization techniques readily produce protonated or multiply protonated
peptides. Collision‐induced dissociation (CID) of these protonated species is often used as …

The ionic complexes formed by electrospray of methanol/water solutions of all the α amino
acids (AA) were studied by collisional activation in a triple quadrupole mass spectrometer …

The dissociation of the amide (peptide) bond in protonated peptides,[M+ H]+, is discussed in
terms of the structures and energetics of the resulting N‐terminal bn and C‐terminal yn …

Three-stage tandem mass spectrometry (MS3) and neutral fragment reionization (NfR) are
utilized to investigate the structures of the N-terminal ionic (bi) and neutral backbone …

Direct dynamics classical trajectory simulations are used to study energy transfer and
unimolecular dissociation in collisions of N-protonated glycine,(gly-H)+, with an argon atom …

The gas phase fragmentation reactions of the [M+ H]+ and [M+ H− H 2 O]+ ions of
glycylglycine, glycylcysteine, N-acetylglycine, N-acetylcysteine, their corresponding methyl …

In a number of cases the b 2 ion observed in peptide mass spectra fragments directly to the
a 1 ion. The present study examines the scope of this reaction and provides evidence as to …

Theoretical model calculations were performed to investigate the degree of validity of the
mobile proton model of protonated peptides. The structures and energies of the most …