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Specializing in advanced chemical synthesis, deuterium-labeled compounds, and tailored research solutions for pharmaceutical, industrial, and analytical needs.
Design, develop and synthesize and supply deuterium labeled compounds (such as lipids, phospholipids and surfactants etc) used in high end medical, pharmaceutical, diagnostic, proteomics, X-Ray, neutron scattering, reflectometry, NMR, IR and Mass Spectrometry research areas.
Deuterium labeling of organic compounds has found extensive application in such research areas as pharmaceutical, bioanalytical, neutron diffraction, inelastic neutron scattering, and in the analysis of drug metabolism using mass spectrometry (MS) and structure and function of biomolecules by NMR.
We offer custom synthesis of complex heterocyclic organic compounds at sub-gram scale, incorporating stable deuterium isotopes. These molecules contain non-carbon atoms within their ring structures and are produced in small quantities for high-value research and development purposes.
We specialize in the synthesis of large and structurally sophisticated lipid molecules incorporating deuterium labels. These complex lipids are designed for advanced research applications, including metabolic studies, structural analysis, and isotope-tracing experiments where precision and stability are essential.
Our deuterium-labelled electrolytes are developed for use in battery research, particularly in neutron-based experimental studies. In addition to energy-storage research, these materials are also suitable for select biological and chemical systems requiring isotopic substitution.
These isotopically labelled compounds are designed specifically as reference standards for mass spectrometry. By replacing selected atoms with deuterium, they enable accurate compound identification, calibration, and quantitative analysis across a wide range of analytical applications.
We supply amino acids with either selective deuterium substitution at specific positions or full perdeuteration. These labelled building blocks of proteins are widely used in biochemical, structural, and metabolic research requiring precise isotopic control.
