Hi %%FirstName%%,

As in any analytical technique, LC-MS/MS results are influenced by the matrix being tested.

The most severe instances of interference in common matrices can be eliminated by validating routinely used methods. Yet different varieties of very simple matrices, such as corn, can influence ionization differently, leaving significant room for unreliability.

If you can live with this kind of uncertainty, then read no further. If you can’t…

Then it’s time you heard about fully stable ¹³C isotope-labeled calibrants. They securely and verifiably eliminate ion suppression or enhancement effects in the MS related to the matrix whenever you test for mycotoxins or drug residues and contaminants. As an added bonus, they also eliminate recovery losses from sample preparation.

So, if you’re using matrix-matched calibration and standard addition for each sample, maybe it’s time to try something a bit simpler. See how using fully stable ¹³C isotope-labeled calibrants can give you the edge, no matter how tricky your matrix is.

About us:

Romer Labs is a leading global supplier of diagnostic solutions for food and feed safety. We offer a broad range of innovative testing solutions and services covering mycotoxins, food pathogens, food allergens, gluten, GMO, veterinary drug residues, and other food contaminants.

Find out more at www.romerlabs.com

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