Analytical Challenges in Molecular Analysis
Analytical Challenges Solved with MRR Spectroscopy
Scientists use molecular analysis techniques to answer a wide range of questions, from identifying unknown compounds and differentiating isomers to characterizing impurities, quantifying residual contaminants, and assessing excipient quality.
Molecular rotational resonance (MRR) spectroscopy provides structure-specific molecular information that supports workflows across pharmaceutical, chemical, consumer goods, and research applications.
Looking for solutions tailored to your market or application area? Explore how different industries use MRR.
Explore Analytical Challenges
MRR spectroscopy addresses a variety of molecular analysis challenges.
Residual Solvent Analysis
Identify and quantify residual solvents in complex products and formulations.
Structural Identification
Confirm molecular structures using highly specific rotational spectra.
Essential Oil Authenticity
Verify authenticity and detect adulteration in natural products.
Why Use MRR for Analytical Challenges?
Structure-Specific Results
Generate highly specific molecular fingerprints for confident characterization.
Minimal Sample Preparation
Reduce workflow complexity and accelerate analysis.
Chromatography-Free Workflows
Obtain molecular information without separations.
Broad Analytical Utility
Support applications ranging from structural identification and quantitation to impurity analysis.
Resources
Explore real-world examples of MRR spectroscopy solving complex analytical challenges.
Rethinking Targeted Analysis: Structure-Specific Detection in Complex Food & Pharmaceutical Matrices
Discover a structure-based approach to identifying compounds in complex matrices.
Unambiguous Structural Identification Without Reference Standards Using MRR
Explore a standards-free, reliable approach to molecular identification and structure confirmation.
Direct Analysis of Class 2 Residual Solvents Using Molecular Rotational Resonance Spectroscopy
Learn how direct molecular analysis simplifies residual solvent testing for pharmaceutical applications.
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