Focused ultrasound: relevant history and prospects for the addition of mechanical energy to the neurosurgical armamentarium.
Authors: Christian E, Yu C, Apuzzo ML
Although the concept of focused ultrasonography emerged more than 70 years ago, the need for a craniectomy obviated its development as a noninvasive technology. Since then advances in phased array transducers and magnetic resonance imaging technology have resurrected the ultrasound as a noninvasive therapeutic for a plethora of neurological conditions ranging from embolic stroke and intracranial hemorrhage to movement disorders and brain neoplasia. In the same way that stereotactic radiosurgery has fundamentally changed the scope and treatment paradigms of tumor and specifically skull base surgery, focused ultrasound has a similar potential to revolutionize the field of neurological surgery. In addition, focused ultrasound comes without the general complexity or the risks of ionizing radiation that accompany radiosurgery. As the quest for minimally invasive and noninvasive therapeutics continues to define the new neurosurgery, the focused ultrasound evolves to join the neurosurgical armamentarium.
Introduction
Purpose
Other
Study Objective
To review the history and potential prospects for incorporating focused ultrasound mechanical energy into the neurosurgical armamentarium.
Outcomes and Safety
Summary of Outcomes
This review reports that focused ultrasound can noninvasively produce neurosurgical effects such as tissue ablation, neuromodulation, and transient blood–brain barrier opening, but no specific tested ultrasound parameters are reported in the provided text.
Safety-related matter
No safety issues or adverse effects are mentioned in the provided text.
Brain Region
Ultrasound Parameters
Focal Characteristics
Focal depth: None; Focal length: None; Aperture size: None
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