Ultrasound poroelastography is a non-invasive imaging modality that has been shown to be
capable of estimating mechanical parameters such as Young's modulus (YM), Poisson's …

Objective: Vascular permeability (VP) is a mechanical parameter which plays an important
role in cancer initiation, metastasis, and progression. To date, there are only a few non …

Mechanical and transport properties of cancers such as Young's modulus (YM), Poisson's
ratio (PR), and vascular permeability (VP) have great clinical importance in cancer …

Ultrasound poroelastography focuses on the estimation of the spatio-temporal mechanical
behavior of tissues using data often corrupted with non-stationary noise. The cumulative …

Ultrasound poroelastography aims at assessing the poroelastic behavior of biological
tissues via estimation of the local temporal axial strains and effective Poisson's ratios (EPR) …

Ultrasound elastography (USE) is a well-established technique used to non-invasively map
tissue stiffness. More recently, a novel branch of USE, called poroelastography, has been …

Fluid pressure and fluid velocity carry important information for cancer diagnosis, prognosis
and treatment. Recent work has demonstrated that estimation of these parameters is …

Assessment of mechanical and transport properties of tissues using ultrasound elasticity
imaging requires accurate estimations of the spatiotemporal distribution of volumetric strain …

Ultrasound poroelastography is a cost-effective and noninvasive imaging technique, which
can be used to reconstruct mechanical parameters of tissues such as Young's modulus …

Objective. Compression-induced solid stress (SSc) and fluid pressure (FPc) during
ultrasound poroelastography (USPE) experiments are correlated with two markers of cancer …