In this review we present the current status of ultrasound thermometry and ablation
monitoring, with emphasis on the diverse approaches published in the literature and with an …

Focused ultrasound (FUS) phased arrays show promise for non-invasive brain therapy.
However, the majority of them are limited to a single transmit/receive frequency and …

Superresolution algorithms in ultrasound imaging are attracting the interest of researchers
recently due to the ability of these methods to enable enhanced vascular imaging. In this …

Passive cavitation mapping (PCM) algorithms for diagnostic ultrasound arrays based on
time exposure acoustics (TEA) exhibit poor axial resolution, which is in part due to the …

Background High resolution imaging of the microvasculature plays an important role in both
diagnostic and therapeutic applications in the brain. However, ultrasound pulse‐echo …

Pulse-inversion subharmonic (PISH) imaging can display information relating to pure
cavitation bubbles while excluding that of tissue. Although plane-wave-based ultrafast active …

Focused ultrasound (FUS) is an emerging non-invasive and non-ionizing therapeutic
modality for transcranial treatments. Guided by magnetic resonance imaging (MRI), FUS has …

Ultrasound is a commonly used for medical diagnosis, and it can also be used for therapy.
By using a curved transducer, ultrasound waves can be concentrated to create a focused …

The two predominant mechanisms by which therapeutic ultrasound works are through
heating and mechanical damage, especially for high-intensity focused ultrasound (HIFU) …

Cavitation bubbles generated by high-intensity focused ultrasound strongly collapse and
emit ultrasound waves. Since passive cavitation imaging can be performed using only …