This platform can determine the type of blood cells (red, white and platelets). For white blood cells, it also provides information on relative and absolute counts. On the other hand, it allows biochemical analysers to determine a wide range of analytes in blood, serum and plasma.
This platform has various imaging scanners for experiments with small animals (mice and rats). These scanners can also be used to obtain images in solid biological samples.
Equipment that quantitatively determines the concentrations of one, several or many substances in a biological (serum, plasma, tissue or urine), food or environmental sample. This is achieved by chromatographic separation of the compounds present in the matrix to be studied, either by liquid chromatography or gas chromatography and their subsequent nebulisation with fragmentation to detect the components according to their molecular weight.
Nuclear Magnetic Resonance (NMR) spectroscopy is defined as the study of molecules by recording the interaction of radiofrequency electromagnetic radiation with the nuclei of molecules located in an external magnetic field. It is a technique used to evaluate the biochemical content of living tissues, providing metabolic information complementary to the anatomical alterations that can be found in radiological studies.
This system can be used to irradiate models in vivo (rats and mice) and in vitro (cell cultures). In addition, the integrated imaging system (OptiMAX) can provide bioluminescence imaging, 2D X-ray imaging and radioisotope imaging.
