技术简介


Wound healing

Ultrasound promotes healing by controlling inflammation and reducing bacteria on wounds, while increasing angiogenesis.

Thrombolysis

Utilizing the mechanical effect of ultrasound to disrupt the structure of blood clots, promoting their dissolution and clearance. In addition, it can also enhance the distribution and penetration of thrombolytic drugs in the target area, accelerating the thrombolysis process.

Bone repair

Ultrasound intervention in areas of bone fracture or damage can promote the proliferation and differentiation of bone cells, increase the release of growth factors, and accelerate bone tissue repair.

Pain relief

Low intensity ultrasound promotes the production of endogenous analgesic substances in cells, reduces sensory nerve excitability, relieves muscle spasms, and rapidly achieves analgesic effects.

Advanced focused phased array transducer technology

The first plug-in transducer, based on precise array design, precise single element spacing arrangement, advanced phase control, electronic control, and intelligent algorithms of computing machines, achieves efficient and stable operation of 128 channels, 256 channels, and 1024 channels.

• < 5%: The output difference between array elements is less than 5%, indicating high output consistency
• < 5%: 24-hour operation error<5%, long-term stable operation
• >75%:Electroacoustic conversion rate>75%, efficient energy conversion
• >30%:Effective penetration rate of sound is greater than 30%, resulting in inefficient energy loss


Numerous clinical studies

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.

Security meta-analysis

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.

The world's leading ultrasound transcranial focusing and manipulation technology

Animal ultrasound probes combined with ultrasound output stimulators can be used for animal neuroscience research. By adjusting the ultrasound stimulation parameters, the low-intensity ultrasound pulses output by the ultrasound probe can generate local thermal or mechanical effects in the animal brain, thereby stimulating or inhibiting the activity of specific neurons or neural circuits, and further studying their mechanisms of action in behavior, cognition, memory, and emotion.

Multi mode, high-precision navigation and target positioning technology

The world's first magnetic resonance guided brain ultrasound stimulation target localization and optical high-precision optical navigation positioning software, combined with MRI or optical imaging technology, based on ultrasound radiation force ARFI mode and magnetic resonance temperature monitoring, using computer intelligent algorithms, the sound beam, focus, and path are clearly visible in real time, achieving precise positioning and real-time focus verification.

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