Nuclear Magnetic Resonance (NMR) is the most widely used spectroscopic technique in the field of Organic Chemistry. It makes it possible to address a wide variety of problems such as structural determination, conformational analysis, study of dynamic processes, determination of mechanisms, studies of synthetic or natural macromolecules, determination of drug-receptor interactions, and the structure of proteins in solution.

Within the general service, the fundamental use that is made of the equipment is to carry out one-dimensional and two-dimensional experiments, and to carry out the structural elucidation and complete characterization of organic compounds of a diverse nature, from medium-sized organic molecules to polymers of high molecular weight. In principle, the service is designed for three pieces of equipment, two routine 400 MHz devices and one 600 MHz device equipped with a cryoprobe that allows greater sensitivity compared to conventional probes. It would be equipped with air conditioning and gas installations, and would have an office area and an equipment room.