MR Elastography as a Method to Estimate Brain Stiffness and Its Correlation to Intracranail Pressure in Pseudotumor Ceribri Patients

Keywords

acceleration acoustic alter altered amount analyzed applied applying arachnoid audience axial believe biomedical brain built called clinic closing correlation covering curl currently custom decrease decreased dependent depends determine developed diagnose directional disease displacements driver encode encoding engineers evaluate filter fluid furthermore gradient gradients gray harmonic head hypothesis in vivo included initial intrinsic introduced laid lumbar magnitude major maps matrix mayo measure measured measuring mechanical medical motion novel offsets opening overall patient patients physicians pillow placed pneumatic pool portion position post posterior pressure pressures propagation properties puncture radiologists radiology ranging recently recorded reflected relationship relieving remove represents researchers respectively scanner separately shot significantly similarly slice slices snap soft software sound stiffness structures studies supine target technologists tissues transmitted ventricle warranted wave waves white whole