Biology Reference
In-Depth Information
CHAPTER
17
Quantitative Proteomics in Development
of Dis ease Protein Biom arkers
Xudong Yao, Adam J. McShane, Mary Joan Castillo
Department of Chemistry, University of Connecticut, Storrs, CT, USA
OUTLINE
Introduction
259
Multiple Reaction Monitoring or Selected
Reaction Monitoring MS
266
Quantitative Proteomic Pro
ling for Protein
Technique Overview
266
Biomarker Discovery
260
Signature Peptides for Protein Targets
267
Common Techniques
261
Quantitation of Signature Peptides
268
Enzymatic 18 O-Labeling
261
High Resolution and High Mass Accuracy
MS
Chemical Tagging of Stable Isotope
Labels
269
261
Metabolic Labeling
263
Analyte Multiplexing and Sample
Throughput
Label-Free Quantitative Proteomics
264
270
Protein Biomarker Discovery
264
Conclusion
271
264
Differentially Expressed Proteins
265
Acknowledgments
272
Disease-Speci c Protein Isomers
Abnormal Protein Activities as Emerging
Biomarkers
References
272
265
Targeted Proteomic Validation of Biomarker
Candidates
266
quantitative proteomics in two major stages in
the development pipeline of protein biomarkers
for human diseases: the discovery of protein
biomarker candidates and the validation of the
protein candidates. 1
INTRODUCTION
This chapter discusses the technology and
application of mass spectrometry (MS) e based
The chapter
concludes
 
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