Non-invasive imaging methods based on the mechanical response of an object to a vibrational or impulsive force. It is used for determining the viscoelastic properties of tissue, and thereby differentiating soft from hard inclusions in tissue such as microcalcifications, and some cancer lesions. Most techniques use ultrasound to create the images - eliciting the response with an ultrasonic radiation force and/or recording displacements of the tissue by Doppler ultrasonography
Non-invasive imaging methods based on the mechanical response of an object to a vibrational or impulsive force. It is used for determining the viscoelastic properties of tissue, and thereby differentiating soft from hard inclusions in tissue such as microcalcifications, and some cancer lesions. Most techniques use ultrasound to create the images - eliciting the response with an ultrasonic radiation force and/or recording displacements of the tissue by Doppler ultrasonography
Aorta -- Magnetic resonance imaging -- Atlases : Clinical atlas of cardiac and aortic CT and MRI / Patricia M. Carrascosa, Carlos M. Capuñay, Alejandro Deviggiano, Gastón A. Rodriguez-Granillo, editors
Brain -- Magnetic resonance imaging -- Congresses : Adolescent brain cognitive development neurocognitive prediction : first Challenge, ABCD-NP 2019, held in conjunction with MICCAI 2019, Shenzhen, China, October 13, 2019, Proceedings / Kilian M. Pohl, Wesley K. Thompson, Ehsan Adeli, Marius George Linguraru (eds.)
Brain -- Magnetic resonance imaging -- Mathematical models : Mathematical modeling of the human brain : from magnetic resonance images to finite element simulation / Kent-André Mardal, Marie E. Rognes, Travis B. Thompson, Lars Magnus Valnes
