2.3.3 Magnetic resonance guided ultrasound brain neural regulation system

The  Green Valley Brain Tech Magnetic Resonance Guided Ultrasound Brain Neural Regulation System is a research product developed for the treatment and scientific research of refractory epilepsy, focusing on combined magnetic resonance imaging (MRI) technology. It can use MRI technology to visualize and monitor the treatment head and target location, skull surface, and intracranial tissue temperature during the treatment process through image reconstruction, acoustic radiation imaging, temperature imaging, and other methods.

Lead to more possibilities for neural regulation

Accurate positioning

Through magnetic resonance imaging technology, the target brain area can be accurately located, precise neural regulation can be achieved, and the impact on surrounding healthy tissues can be avoided.

High spatial resolution

Magnetic resonance imaging provides high-resolution spatial anatomical information, combined with the focusing characteristics of ultrasound energy, which can achieve precise neural regulation in specific brain regions.

Targeting specificity

Magnetic resonance ultrasound neural regulation can target specific brain regions and neural networks for targeted stimulation, achieving precise neural regulation and control, providing the possibility for personalized treatment.

Adjustability

The intensity and frequency of ultrasound energy can be adjusted as needed, allowing for flexible optimization and personalized adjustment of neural regulation effects.

Product parameters

256 channel array high-precision focusing

Frequency adjustable from 500KHz-5MHz

Maximum spatial peak pulse average sound intensity 300W/cm ²

Not affected by strong electromagnetic field interference

Probe IP7 level high-performance waterproof