Area of research
Spectroscopy · Molecular Biology
Research interest
Research interests include Chemistry, Dissociation (chemistry), Ion, Protonation, Isomerization, and Amide.
An eco-friendly, low-cost, and automated strategy for phosphoproteome profiling
Structures of [GPGG + H – H2O]+ and [GPGG + H – H2O – NH CH2]+ ions; evidence of rearrangement prior to dissociation
Structures and Dissociation Products of Ce/Peptide Complexes: Competition between Coordination and Charge Delocalization
Doubly Charged Small Organic Fragments Derived from [Ce(tripeptide)(CH<sub>3</sub>CN)<i><sub>m</sub></i>]<sup>3+</sup> Complexes: Observation of the Elusive [b<i><sub>n</sub></i> + H]<sup>2+</sup> Ions
Loss of water from protonated polyglycines: interconversion and dissociation of the product imidazolone ions
Imidazolone formation from protonated tetrapeptides: Effects of replacing a glycine by an alanine or proline residue
Dissociation of [b5 – H]+ ions composed of one α-methyltryptophan and four alanine residues: The effect of the α-methyl group
Interconversion between 4-Imidazolone Ions; Isomers of [b<sub>4</sub>]<sup>+</sup> Derived from Protonated Tetraglycine
Isomerization versus dissociation of phenylalanylglycyltryptophan radical cations
Nucleophilic substitution by amide nitrogen in the aromatic rings of [z<sub>n</sub>− H]˙<sup>+</sup>ions; the structures of the [b<sub>2</sub>− H − 17]˙<sup>+</sup>and [c<sub>1</sub>− 17]<sup>+</sup>ions
Proposed nomenclature for peptide ion fragmentation
Formation, isomerization, and dissociation of ε- and α-carbon-centered tyrosylglycylglycine radical cations