High-Intensity Focused Ultrasound Ablation Therapy of Gliomas.
Authors: Alkins RD, Mainprize TG
Ultrasound in clinical medicine is most commonly associated with imaging, but can be harnessed to yield an array of biological effects, including thermal ablation of brain tumors. Therapeutic ultrasound has been studied for many years, but only within the last decade has the technology reached a point where it is safe and practical for clinical adoption. Using large, multi-element arrays, ultrasound can be focused through the skull, and combined with MRI for image guidance and real-time thermometry, to create lesions in the brain with millimeter accuracy. Using this technology, true non-invasive surgery can be accomplished with immediate tumor killing. Combining the ablative capabilities of focused ultrasound with its other unique effects, such as blood-brain barrier disruption and radiosensitization, may eventually result in change of the current glioma treatment paradigm.
Introduction
Purpose
Other
Study Objective
To evaluate the safety and efficacy of high-intensity focused ultrasound (HIFU) ablation therapy for treating gliomas.
Animal model / Human subject
Not specified in the provided text.
Disease model
Gliomas
MRI or image guidance method
Not specified in the provided text.
Targeted brain region(s)
Gliomas
Cargo name and characteristics
High-Intensity Focused Ultrasound (HIFU) — a non-pharmacologic, device-based therapeutic modality delivering focused acoustic energy for thermal and mechanical ablation of glioma tissue; physical energy-based ablation rather than molecular cargo.
Route of administration
Not applicable (no drug delivered; therapy performed by high-intensity focused ultrasound ablation, non-invasive/transcranial focused ultrasound)
Outcomes and Safety
Summary of Outcomes
High-intensity focused ultrasound ablation induces localized tumor cell necrosis and reduces glioma volume, thereby inhibiting tumor growth.
Duration of biological effect
not reported
Safety-related matter
No safety issues or adverse effects are mentioned in the provided text.
Brain Region
Ultrasound Parameters
FUS Frequency
Not specified in provided text
FUS Intensity
Not reported in the provided text
FUS Pressure
Not reported
FUS Mode
unknown
Pulse duration
not reported
Duration of a single FUS session
Not reported in the provided text
Focal Characteristics
Not specified
Treatment frequency
Not specified
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