Investigation of some biologically relevant redox reactions using electrochemical mass spectrometry interfaced by desorption electrospray ionization

Keyphrases

• Mass Spectrometry 100%
• Electrochemical Mass Spectrometry 100%
• Disulfide Bond 100%
• Redox Reaction 100%
• Biologically Relevant 100%
• Desorption Electrospray Ionization 100%
• Collision-induced Dissociation 100%
• Amines 66%
• DESI-MSI 66%
• Chlorpromazine 66%
• Conversion Process 33%
• Peptide Ions 33%
• Aqueous Phase 33%
• Fragment Ions 33%
• Redox Chemistry 33%
• Proteomics 33%
• Mass Spectrometry Methods 33%
• Oxidation Reaction 33%
• Oncogenesis 33%
• Nitro 33%
• Drug Development 33%
• Background Signal 33%
• Hydroxyl 33%
• Radical Cation 33%
• Biological Significance 33%
• Phenothiazine 33%
• Flunitrazepam 33%
• Ionization Techniques 33%
• Nitroarene Reduction 33%
• Nitroaromatics 33%
• Peptide Disulfide 33%
• Electron Impact Dissociation 33%
• Endothelin-1 (ET-1) 33%
• Apamin 33%
• Nitroso 33%
• Fast Protocol 33%
• Development Research 33%
• Single Electron Transfer 33%
• Clonazepam 33%
• Nitroaromatic Prodrug 33%

Chemistry

• Mass Spectrometry 100%
• Desorption 100%
• Electrospray Ionization 100%
• Redox Reactions 100%
• Electrochemistry 60%
• Disulfide 60%
• Collision Induced Dissociation 60%
• Collisionally Activated Dissociation (CAD) 60%
• Electrospray Ionization Mass Spectrometry 40%
• Chlorpromazine 40%
• Chemistry 20%
• Electron Transport 20%
• Electron Transfer 20%
• Oxidation Reaction 20%
• Hydroxyl 20%
• Radical Cation 20%
• Flunitrazepam 20%
• Electron-Capture Dissociation 20%
• Endothelin 20%
• Clonazepam 20%
• Phenothiazine 20%
• Ionization Technique 20%