The visualisation of living tissues at microscopic resolution is attracting attention in several
fields. In medicine, the goals are to image healthy and diseased tissue with the aim of …

The development of 3-D ultrasound imaging is a way to address the disadvantages of
conventional ultrasound imaging. In this article the authors review approaches that have …

The objective of this article is to provide scientists, engineers and clinicians with an up-to–
date overview on the current state of development in the area of three-dimensional …

Ultrasound imaging utilizes the interaction of sound waves with living tissue to produce an
image of the tissue or, in Doppler-based modes, determine the velocity of a moving tissue …

Ultrasound (US) spectral analysis methods are used to analyze the radiofrequency (RF)
data collected from cell pellets exposed to chemotherapeutics that induce apoptosis and …

This paper investigates the feasibility of fabricating a five-ring, focused annular array
transducer operating at 40 MHz. The active piezoelectric material of the transducer was a 9 …

Characterization of tissue microstructure through ultrasonic backscatter is hypothesized to
aid in detection and classification of diseased tissues. Radio frequency signals …

Quantitative imaging methods using high-frequency ultrasound (HFU) offer a means of
characterizing biological tissue at the microscopic level. Previously, high-frequency, 3-D …

Advances in digital signal processing algorithms and computer technology have combined
to produce real-time systems with capabilities far beyond those of just few years ago …

▪ Abstract Two-dimensional viewing of three-dimensional anatomy by conventional
ultrasound limits our ability to quantify and visualize a number of diseases and is partly …