Simplify Your Path to Molecular Certainty in Pharmaceuticals

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Why MRR for Pharmaceuticals

Your Challenges

Analytical chemists working to develop drugs need to distinguish between structurally similar compounds, easily identify and quantify residual solvents, and manage labor-intensive GC workflows all without slowing down pharmaceutical analysis.

Our Solution

MRR collapses hyphenated and multi-step analytical workflows into one simple step. Chemists can identify and quantify challenging analytes in complex matrices without intensive sample prep or chromatographic derivitization.

Pharmaceutical Applications of MRR

Application Note

Breaking the Standard: Alaninol Chirality Confirmed Without Chromatography

 

Application Note

An Agile Solution for Residual Analysis in Pharmaceutical Products

 

Application Note

Unambiguous Identification of Stereoisomers Using MRR Spectroscopy

 

Application Note

Excipient Testing: Ethylene Glycol and Diethylene Glycol in PEG-400

 

Application Note

Excipient Testing: Ethylene Oxide and Acetaldehyde in PEG-3350

 

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Frequently Asked Questions

  • How do chemists use MRR in the pharmaceutical industry?

    Chemists in the pharmaceutical industry use MRR to resolve the structures of their small molecules, to test for harmful substances in their ingredients, and more.

  • What are the advantages of MRR compared to traditional techniques like GC-MS and NMR?

    A single experimental run of an MRR workflow can give you definitive structure data and quantitation, saving your team time and effort.

  • What types of molecules are suitable for MRR analysis?

    MRR works best with small molecules. To read a molecule's molecular "fingerprint", MRR requires molecules to have a dipole moment and to have polarity.

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