Noninvasive Investigation of the Viscoelastic Properties of Intracranial Tumours with Magnetic Resonance Elastography

Keywords

accelerate accurate acquisition affect afford afforded agreement architecture arrow award axial bearing biggest biomedical birdcage brain brains breast burden butcher cancer cause cells cellular characteristics chemotherapy circumscribed clinic clinical coil complex correlates currently delineation described development diagnosis differential diffuse directly disease dramatic elastic elasticity engineered england ensure establishment express extent facilitate facing female firefly fixed good grants growth health healthy help histological homeostasis human identifiable identified identify implemented improve in vivo indicated indicating induced infiltrative influence innovative institute interestingly interrogate invasion invasive investigation isotropic localize location loss malignancies maps margins materials measured mechanical metastasis mice model models modulus monitored mouse noninvasive novel nude oncologists pathological pathologies patterns phenotype pixel planning postgraduate previous previously progression pronounced properties quantitative radiotherapy relatively reported residual resolution response rigidity sections shear significantly softer stably steady student successfully surgery surrey system table tensional therapeutic therapeutics tissue treatment trust tumors typically understand unpaired vibration viscoelastic viscosity viscous volume white whole