The most widely used protein quantification techniques:
 
 
Four groups/eight groups of samples can be labeled at the same time, and four times/eight experiments become one experiment, which greatly improves the flux
 
Multiple peptide segments of a protein have been identified, which improves the accuracy of quantification
 
It can monitor the dynamic changes of proteome at multiple time points
 
Clinical disease samples of detailed stage/type can be analyzed, and sample duplication can be designed
 
It is even possible to study individual samples
 
Proteomic dynamics of the whole process of cell cycle and cell signal transduction
 
The quality of the second grade map is better, which can produce good y and b ion series, improve the coverage rate of protein sequence and make the identification result more reliable
 
The operation is simple and does not require more additional operations