A method for determining a pathology of a tissue sample. The method includes steps of
coupling the tissue sample between two oppositely-facing ultrasonic transducers; acquiring …

Quantitative ultrasound techniques are generally applied to characterize media whose
scattering sites are considered to be small compared to a wavelength. In this study, the …

Ultrasound backscatter coefficient allows the evaluation of tissue microstructure parameters.
Scatterer parameters are then extracted using ultrasound scattering models. It is generally …

Abstract High-frequency ultrasound (~ 20 MHz) techniques were investigated using in vitro
and ex vivo models to determine whether alterations in chromatin structure are responsible …

Cancer development is characterized by complex processes that occur in different stages,
involving tissue changes at various scales. In a clinical context, cancer characterization aims …

Cancer is not a modern disease. Human malignant tumours have been described in pictures
and in writing dating back to ancient civilizations, for example, bone cancers …

The solution to the problem of plane wave and point source scattering by two concentric fluid
spheres is derived. The effect of differences in sound speed, density, and absorption …

There is no underestimating the importance of modern imaging to the improved detection
and management of diseases such as cancer. Ultrasound offers a cost-effective and safe …

High frequency ultrasound backscatter signals from sea urchin oocytes were measured
using a 40 MHz transducer and compared to numerical simulations. The Faran scattering …

K-Wave is a versatile and powerful acoustic simulator that has gained popularity in the
Medical Ultrasound research community. In this work, k-Wave was used to model two …