LC/MS/MS
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LC-MS/MS: Most common, versatile, robust bioanalytical method
This bioanalytical method is the most common and is used for automation and unattended analysis. It is a very robust, versatile, and sensitive methodology that is used by small molecules. Many features and functions of the method are similar to HPLC/UV. It is used before MS detection and UV Detection. As we have read about the detection method, MS- Mass Spectrometry relies on the mass-to-charge ratio of a compound. In the chromatographic separation and the energy source, the molecules are ionized.

Applications of LC-MS/MS
Strengths of LC-MS/MS
Detector’s high specificity makes it possible to continue without any confirmatory detection method. It is one of the biggest advantages. The property of high sensitivity helps to detect some compounds that are below 1 part per trillion. In addition to that, excellent reproducibility is another strength of the detection method.
The strength of this detection method lies in the power of LC. It depends on a wide range of combined compounds with the capability of Mass Spectrometry. The main motive is to quantify compounds with a high level of selectivity and sensitivity based on unique mass/charge (m/z) transitions.
Additional Features of LC-MS/MS
Industries Served
- Aerospace
- Automotive
- Biomedical/biotechnology
- Compound Semiconductor
- Data Storage
- Defense
- Displays
- Electronics
- Industrial Products
- Lighting
- Pharmaceutical
- Photonics
- Polymer
- Semiconductor
- Solar Photovoltaics
- Telecommunications
Problems Associated With MS Detection
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