The emergence of new ultrasound technologies has improved our understanding of the
brain functions and offered new opportunities for the treatment of brain diseases. Ultrasound …

The field of therapeutic focused ultrasound neuromodulation has made great advances in
the last few years. While no clinical trials of focused ultrasound neuromodulation are yet …

Purpose: Low‐intensity focused ultrasound has been shown to stimulate the brain
noninvasively and without noticeable tissue damage. Such a noninvasive and localized …

Based on previous studies, the transskull ultrasound field is re-examined by utilizing the
maximum available skull surface area. The source is assumed to be in direct contact with the …

Low intensity transcranial focused ultrasound has been demonstrated to produce
neuromodulation in both animals and humans. Primarily for technical reasons, frequency is …

Abstracts The ability of ultrasound to be focused into a small region of interest through the
intact skull within the brain has led researchers to investigate its potential therapeutic uses …

With the recent approval by the Food and Drug Administration (FDA) of Deep Brain
Stimulation (DBS) for Parkinson's Disease, dystonia and obsessive compulsive disorder …

Therapeutic and diagnostic ultrasound procedures performed noninvasively through the
skull require a reliable method for maintaining acoustic focus integrity after transmission …

The application of focused, pulsed ultrasound was studied as a method of modifying the
activity of a local neural circuit of the mammalian brain. An in vitro hippocampal preparation …

Objective. While ultrasound is largely established for use in diagnostic imaging, its
application for neuromodulation is relatively new and crudely understood. The objective of …