Analytical Capabilities Using Molecular Rotational Resonance (MRR) Spectroscopy

Solve Analytical Challenges with Molecular Rotational Resonance Spectroscopy

Molecular rotational resonance (MRR) spectroscopy provides highly specific molecular information that supports structure identification, quantitation, chiral analysis, and library building across a wide range of analytical applications.



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Structure Identification

Identify unknown compounds and impurities through structure-specific molecular analysis and structure validation workflows.

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Quantitation

Generate quantitative results for impurities, degradation products, complex mixtures, and more. 

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Library Building

Create structure-validated spectral libraries for future identification and quantitation workflows. 

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Chirality

Differentiate closely related stereoisomers and support chiral analysis with confidence.

Why Use MRR?

Unambiguous Molecular Information

Generate highly specific molecular fingerprints that support confident analytical decisions.

Simplified Analytical Workflows

Reduce reliance on chromatography, derivatization, and extensive sample preparation in many applications.

Structure-Specific Results

Differentiate compounds, impurities, and related molecular species through direct molecular information.

Multiple Analytical Capabilities

Support structure identification, quantitation, chiral analysis, and library development within a unified analytical platform.

Resources

Explore real-world examples of MRR spectroscopy solving complex analytical challenges.

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