Magnetic resonance Imaging (MRI) is a versatile non-invasive medical imaging tool giving key insights into anatomy and physiological processes of the body. MRI, a non-ionizing imaging technique, has a wide range of applications. MRI provides varying soft tissue contrast, anatomical structure, brain function and flow studies. MRI uses huge electro-magnets, gradient coils, and radio frequency coils to locate and study the magnetization of the hydrogen nuclei. Diffusion MRI Imaging allows the study of microscopic mobility of water molecules and generates contrast images to aid in understanding neuronal tissue architecture, stroke, tumor and lesion studies in brain, spine, liver, and prostate etc.

In the present study, we are aiming to analyze magnetic resonance diffusion weighted imaging in a system that is of a lower specification in terms of gradient coil, number of receive channels and magnetic field strength.