Description
Mass spectrometry (MS), a cornerstone tool in modern proteomics research, boasts unparalleled high-throughput analytical capabilities. In the MS-guided protein identification workflow, complex protein samples are first digested into peptides, which are then subjected to a series of intricate manipulations, including efficient separation, precise fragmentation, and ionization, to render them detectable by the mass spectrometer. With its exceptional sensitivity, the mass spectrometer captures and records the