Magnetic resonance spectroscopy (MRS)

Magnetic resonance spectroscopy (MRS) is an influential imaging technique that offers valuable insights into the chemical composition of human tissues and organs. It surpasses routine MRI imaging by revealing crucial metabolic and biochemical information necessary for precise diagnosis and individualized treatment strategies.

MRS operates by detecting the signals emanated by diverse molecules within the body. These signals arise from the interaction between the body's atoms and a powerful magnetic field along with radio waves. Through analysis of these signals, our proficient team can discern and measure numerous metabolites, including choline, creatinine, N-Acetylaspartate (NAA), and lactate. These metabolites assume significant roles in various cellular processes and can act as biomarkers for numerous diseases, encompassing cancers, neurological disorders, and metabolic conditions.

Utilizing our cutting-edge MRS equipment, we are able to perform non-invasive examinations of targeted brain regions to evaluate their metabolic profiles. This invaluable information aids in the detection of abnormalities, monitoring disease advancement, assessing treatment efficacy, and directing therapeutic interventions. MRS imaging proves particularly advantageous in scenarios where routine imaging methods may yield inconclusive or insufficient results for a comprehensive evaluation.

Our team of exceptionally proficient radiologists and experts possess extensive expertise in acquiring MRS data and accurately interpreting the findings. They collaborate closely with referring physicians to attain a comprehensive comprehension of each patient's condition, thereby enabling them to provide suitable recommendations and contribute to the formulation of personalized treatment strategies.