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Biological mass spectrometry in proteomics research

Xiaohong Qian

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Abstract

Proteomics have experienced a rapid advancement in past years in fields of proteome profiling,quantitative pro-teomics,subcellular organelle profiling,post-translational modification identification and protein-protein interactions.Biolog-ical mass spectrometry,the key technique used to reach up-mentioned achievements-had also great improvements in its high throughput,high sensitivity and high resolution.This review focuses the major points on these improvements and also the successful application of biological mass spectrometry in proteomcis research.

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What this paper is about

Proteomics have experienced a rapid advancement in past years in fields of proteome profiling,quantitative pro-teomics,subcellular organelle profiling,post-translational modification identification and protein-protein interactions.Biolog-ical mass spectrometry,the key technique used to reach up-mentioned achievements-had also great improvements in its high throughput,high sensitivity and high resolution.This review focuses the major points on these improvements and also the successful application of biological mass spectrometry in proteomcis research.

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Available abstract

Proteomics have experienced a rapid advancement in past years in fields of proteome profiling,quantitative pro-teomics,subcellular organelle profiling,post-translational modification identification and protein-protein interactions.Biolog-ical mass spectrometry,the key technique used to reach up-mentioned achievements-had also great improvements in its high throughput,high sensitivity and high resolution.This review focuses the major points on these improvements and also the successful application of biological mass spectrometry in proteomcis research.

Key concepts: Proteomics, Mass spectrometry, Proteome, Computational biology, Profiling (computer programming), Posttranslational modification, Bottom-up proteomics, Quantitative proteomics

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