Inductively coupled plasma–mass spectrometry (ICP MS) is the technique of choice for both cutting edge research and routine analysis of trace elements. However, is not without its limitations. Interferences on analyte signals have a direct effect on data quality. Isobaric and polyatomic interferences can produce false positives that have significant implications, especially in regulatory applications. ICP MS using a triple quadrupole mass spectrometer can provide enhanced interference removal and better limits of detection in challenging matrices compared to an equivalent single quadrupole instrument. Using such a system can enable analysts to obtain the lowest limits of detection in a variety of challenging matrices, for a variety of challenging analytes, with the minimum of effort.
Register for this webinar to:
- Understand how triple quadrupole ICP MS can help you to overcome challenging interferences and what makes it different to single quadrupole ICP MS
- See how easy it can be to implement and effectively use triple quadrupole ICP MS through a dedicated software solution
- Learn more about challenging applications and how to tackle them using triple quadrupole ICP MS
