There are various advantages of using MS to detect phosphorylated proteins. MS also allows for the simultaneous identification and quantification of multiple phosphorylated proteins in a single experiment. Its data collection is typically completed in less than 1 day, which makes it time efficient. It is also antibody-independent, and exhibits high sensitivity as it offers exact information about the location of phosphorylation within a protein sequence. MS also has the ability to differentiate between protein isoforms, and provides a large dynamic range in its analysis. One can consider MS to also be a quantitative measurement because it determines the molecular composition and structure of analytes based on the m/z values.