Our team has developed Multispectral Photoacoustic Computed Tomography (MS-PACT), which synergistically combines laser and ultrasonic imaging. By utilizing laser-induced ultrasonic excitation, this technology retains the deep-tissue penetration of ultrasound while harnessing the multispectral discriminative capabilities of laser optics. It enables structural, functional, and molecular imaging with optical contrast in deep biological tissues.‌

‌The technique holds significant potential for both biomedical research and clinical applications, including medical diagnostics, surgical navigation, and therapeutic efficacy evaluation. Our research team has established a comprehensive innovation pipeline spanning imaging principles, probe design, system development, image reconstruction, and computational analysis – achieving pioneering breakthroughs recognized internationally. We maintain extensive collaborations across oncology, neuroscience, biochemistry, molecular probe development, and multiple clinical departments.‌