Abstract. The established methods for the study of atom-detailed protein structure in the condensed phases, X-ray crystallography and nuclear magnetic resonance spectroscopy, have recently been complemented by new techniques by which nearly or fully desolvated protein structures are probed in gas-phase experiments. Electron capture dissociation (ECD) is unique among these as it provides residue-specific, although indirect, structural information. In this Critical Insight article, we discuss the development of ECD for the structural probing of gaseous protein ions, its potential, and limitations
In this thesis, improved characterization of protein phosphorylation and protein structure was explo...
Over the past twenty years, since the development of “soft” ionization techniques, there has been a ...
The work detailed herein describes the developments made using electrons to initiate bond dissociati...
Determining protein structure is the central challenge of structural biology, owing to the integral...
AbstractFourier-transform ion cyclotron resonance instrumentation is uniquely applicable to an unusu...
AbstractFirst results are reported on the application of ECD in analysis of 2+ and 3+ ions of stereo...
Mass spectrometry (MS) is a major player in the field of structural characterization of peptides and...
Mass spectrometry (MS) has played an increasingly important role in the identification and structura...
Mass spectrometry (MS) is emerging as an important tool for studying protein and protein complexes. ...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
In this thesis, improved characterization of protein phosphorylation and protein structure was explo...
This tutorial review describes the principles and practices of electron capture and transfer dissoci...
In this thesis, improved characterization of protein phosphorylation and protein structure was explo...
Over the past twenty years, since the development of “soft” ionization techniques, there has been a ...
The work detailed herein describes the developments made using electrons to initiate bond dissociati...
Determining protein structure is the central challenge of structural biology, owing to the integral...
AbstractFourier-transform ion cyclotron resonance instrumentation is uniquely applicable to an unusu...
AbstractFirst results are reported on the application of ECD in analysis of 2+ and 3+ ions of stereo...
Mass spectrometry (MS) is a major player in the field of structural characterization of peptides and...
Mass spectrometry (MS) has played an increasingly important role in the identification and structura...
Mass spectrometry (MS) is emerging as an important tool for studying protein and protein complexes. ...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
The work in this thesis has demonstrated the advantages and limitations of using MS based technologi...
In this thesis, improved characterization of protein phosphorylation and protein structure was explo...
This tutorial review describes the principles and practices of electron capture and transfer dissoci...
In this thesis, improved characterization of protein phosphorylation and protein structure was explo...
Over the past twenty years, since the development of “soft” ionization techniques, there has been a ...
The work detailed herein describes the developments made using electrons to initiate bond dissociati...