https://www.selleckchem.com/products/mk-8719.html
Our results show that for some metabolites, the adduct ion signals can be 200-fold higher than the signals from the deprotonated form, offering better sensitivity for targeted metabolomics analysis. Finally, we developed an in-source CID ramping (InCIDR) method to analyze the intensity changes of the adduct and fragment ions from metabolites. Our analysis demonstrates a promising method to distinguish the protonated and deprotonated ions of metabolites from the adduct and fragment ions.Lightweight, broad-band, and highly efficient m
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