Analysis of metabolites using Raman spectroscopy

Micro-Raman spectroscopy is a cutting-edge optical method that enables non-destructive, label-free chemical analysis of biological samples with microscopic resolution.

The technology is based on measuring inelastic light scattering (the Raman effect), which creates a unique spectral “fingerprint” of a substance’s chemical bonds and molecular structure. This method is a key tool for molecular mapping and the in situ identification of biomolecules, without the need for chemical preparation or staining of the sample.

Raman spectroscopy allows for the quantitative and qualitative assessment of the distribution and concentration of metabolites, such as lipids, amino acids, and nucleic acids, directly within cells and tissues.

Methods available for ordering:

We offer this type of analysis either as a standalone analytical service or as part of a comprehensive sample analysis.

To ensure proper planning of the study, please provide information on the type of samples, the expected particle size range, the material or chemical nature of the system, the type of dispersion (suspension, emulsion, colloidal system, etc.), as well as the purpose of the analysis. Our specialists will help you select the optimal measurement method and analysis conditions based on your specific needs.

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