WEARABLE ACOUSTICS
We are developing bio-integrated acoustic technology to build wearable imaging and therapeutic tools that could non-invasively image and regulate biological functions in deep tissue environment. Our technology leverages molecular engineering, solid mechanics, nanomanufacturing, acoustic engineering, and artificial intelligence to build bio-integrated imaging and therapeutic tool to interact with biological tissue with high spatial & temporal resolution in a non-invasive and long-term manner. A notable feature of our technology is its direct applicability/translation to humans.
One of our latest exemplary innovation is Bioadhesive Ultrasound (BAUS) Technology, which could perform continuous, on-the-go, high-quality imaging of the human body major organs, including blood vessels, muscle, heart, gastrointestinal tract, diaphragm, and lung for several days. The BAUS device could enable clinical diagnostics for monitoring wide ranges of tissue/organs and diseases development over time.
We deeply believe non-invasive, high-resolution, and long-term med/biotech could bring the biggest revolution to society. Our mission is to develop such disruptive technology that could solve grand challenges in medicine and fundamental biology.
We developed the world first wearable imaging device (BAUS technology) for imaging diverse organ on human, with similar resolution as medical ultrasound.
We developed the world first wearable sensor that can actively target and sense physiology up to 18 cm inside human deep tissue.
We developed the world first non-invasive central blood pressure monitor.
