Development and Application of Novel Electron Transfer Dissociation-based Technologies for Proteomics

Keyphrases

• Proteomics 100%
• Electron Impact Dissociation 100%
• Energy-resolved Collision-induced Dissociation (ER-CID) 45%
• Peptide Sequencing 27%
• Ion Trap 27%
• EThcD 27%
• Endogenous Peptides 18%
• Fragmentation Techniques 18%
• Peptide Identification 18%
• Post-translational Modification 18%
• Fragment-based Method 18%
• Collision-induced Dissociation 18%
• Food Intake Regulation 18%
• Neuropeptides 18%
• MS-based Proteomics 18%
• Brain Regions 9%
• Technology-based 9%
• Three-dimensional (3D) 9%
• High-throughput 9%
• Cellular Processes 9%
• Protein-protein Interaction 9%
• Phosphorylation 9%
• Glycosylation 9%
• MS-MS 9%
• Fragment Ions 9%
• Mass Spectrometry Analysis 9%
• Anions 9%
• All Diseases 9%
• Phosphorylated Peptides 9%
• Interaction Network 9%
• Tandem Mass Spectrometry 9%
• Phosphorylation Sites 9%
• Mass Analyzer 9%
• Dissociation 9%
• Protein Abundance 9%
• Oppositely Charged 9%
• Rat Brain 9%
• High-sucrose Diet 9%
• MS Analysis 9%
• Dissociation Reaction 9%
• Orbitrap 9%
• Decision Tree Method 9%
• Brain Extract 9%
• Orbitrap Velos 9%
• Protein Network 9%
• Instrumental Setup 9%
• Precursor Protein 9%
• Sequence Coverage 9%
• Anorexigenic 9%
• Site Assignment 9%
• Driven Approach 9%
• Mass Spectrometry Technology 9%
• Collision Cell 9%
• Proteolytic Digestion 9%
• Identification Rate 9%
• Ion Cloud 9%
• Distributed Decision Tree 9%
• Match Performance 9%
• Electron Transfer Reaction 9%
• Differential Processing 9%
• Orexigenic 9%
• Cellular Pathways 9%
• Peptide Backbone 9%
• Charged Ions 9%
• Cloud Overlap 9%
• Endogenous Neuropeptide 9%

Biochemistry, Genetics and Molecular Biology

• Proteomics 100%
• Electron-Transfer Dissociation 100%
• Neuropeptide 27%
• Ion Trap 27%
• Protein Sequencing 18%
• Posttranslational Modification 18%
• Collision-Induced Dissociation 18%
• Tandem Mass Spectrometry 9%
• Glycosylation 9%
• Sucrose 9%
• Protein Catabolism 9%
• Peptide Sequence 9%
• Mass Spectrometry 9%
• Upregulation 9%
• Tandem Mass Spectrometry 9%
• Electron Transport 9%
• Brain Extract 9%
• Decision Trees 9%
• Protein Precursor 9%

Neuroscience

• Proteomics 100%
• Electron Transport 100%
• Neuropeptide 25%
• Mass Spectrometry 16%
• Posttranslational Modification 16%
• Protein Sequencing 16%
• Brain Areas 8%
• Orexigenic 8%
• Anorectic 8%
• Amino Acid Sequence 8%
• Protein Precursor 8%
• Vertebral Column 8%
• Glycosylation 8%