Objective Cavitation-enhanced delivery of therapeutic agents is under development for the
treatment of cancer and neurodegenerative and cardiovascular diseases, including …

With the development of industrial materials, the objects of ultrasonic non-destructive
evaluation (UNDE) have been expanded from metals to composite and polymer materials …

Passive acoustic map** (PAM) techniques have been developed for the purposes of
detecting, localizing, and quantifying cavitation activity during therapeutic ultrasound …

The corneal viscoelasticity have great clinical significance, such as the early diagnosis of
keratoconus. In this work, an analysis method which utilized the elastic wave velocity …

Over the past decade, ultrasound (US) has gathered significant attention and research focus
in the realm of medical treatments, particularly within the domain of anti-cancer therapies …

Passive acoustic map** (PAM) has emerged as a valuable imaging modality for
monitoring the cavitation activity in focused ultrasound therapies. When it comes to imaging …

As a bubble-based ablative therapy, the efficacy of histotripsy has been demonstrated in
healthy or acutely diseased models. Chronic conditions associated with stiff tissues may …

Many useful therapeutic bio-effects can be generated using ultrasound-induced cavitation.
However, cavitation is also capable of causing unwanted cellular and vascular damage …

Passive acoustic map** (PAM) techniques offer a simple means of spatio-temporal
cavitation monitoring during therapeutic ultrasound procedures. Implementation with a …

Abstract A 750 kHz, 360-element ultrasound array has been built for transcranial histotripsy
applications. This study aims to evaluate its performance to determine whether this array is …