CHARACTERIZATION OF COMPOUNDS BY NMR
Nuclear magnetic resonance (NMR) is a non-destructive, non-invasive, versatile and quantitative analytical technique that allows the analysis of molecular structures with atomic resolution by providing details on their composition, structure, dynamic processes and chemical reactions.
IQS provides analytical services using next-generation NMR equipment to advance on their research and development programs in the pharmaceutical chemistry and chemistry environment, as well as in the areas of Biomedicine, Proteomics, Food Industry and Forensic research, among others.
Structural elucidation of organic compounds, pharmaceuticals and natural products. Development and application of new NMR methodologies.
The service has highly trained staff with a large experience in the study of molecular structures by NMR. Business Services:
- Elucidation and structural characterization of organic molecules of synthetic origin, complex molecules, compounds of biological interest, pharmaceutical compounds, and natural products.
- Advanced experiments for the study of oligopeptides and peptides (<10 KDa).
- Conformational studies and nucleic acid characterization.
- Analysis of complex mixtures, including diffusion experiments.
- Analysis of minor compounds through quantitative studies.
- Dynamic and kinetic process studies (reaction monitoring).
- Relaxation experiments.
- Protein-ligand (small molecule) interaction studies via STD NMR.
- Solid-state NMR experiments (polymers, heterogeneous samples, etc).
- Data analysis and interpretation.
ACCREDITATIONS
RESEARCH GROUP:
School of Engineering
Chemical Reactions for Innovative Solutions
CRISOL is a powerful team capable of offering innovative chemical tools that make it real solutions to the challenges of Molecular Science.
School of Engineering
Pharmaceutical Chemistry Group
The research focuses on two main areas: New Drugs in Biomedicine and Health Sciences and Flow Chemistry Processes.
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