Low-Intensity Focused Ultrasound Neuromodulation is a non-invasive technique that uses ultrasound to modulate brain activity by precisely focusing low-intensity acoustic energy onto specific regions of the brain without requiring surgery or implants.
It addresses the need for non-invasive methods to safely and precisely manipulate deep brain regions without the risks associated with surgery or invasive implants.
A helmet or transducer array focuses low-intensity acoustic energy through the skull, which then gently alters the excitability of targeted brain regions. This is achieved by creating a focal point within the brain that can modulate neural activity, potentially affecting mood, pain perception, and movement disorders.
The manufacturing process involves creating precise transducer arrays that can focus ultrasound energy accurately through the skull. This requires advanced materials, precise engineering, and testing to ensure safety and efficacy.
The build process includes designing and fabricating transducers, integrating them into a helmet or other delivery system, calibrating the device for accurate targeting, and conducting extensive safety and efficacy tests before clinical trials.
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