The State Key Laboratory of Ultrasound in Medicine and Engineering (SKL-US) at Chongqing Medical University is a leading national research center driving advancements in focused ultrasound therapy. Since its establishment in 2020, SKL-US has focused on pioneering breakthroughs in acoustic physics, ultrasound biology, multimodal imaging, and intelligent treatment strategies.

Pioneering Focused Ultrasound Research

SKL-US is dedicated to advancing minimally invasive and non-invasive medical treatments. The lab explores fundamental acoustic physics and the interaction of ultrasound with biological systems. It also develops sophisticated multimodal imaging for precise visualization and employs artificial intelligence for intelligent treatment planning.

By leveraging clinical big data, SKL-US aims to refine treatment protocols and enhance patient outcomes. This comprehensive approach seeks to improve the efficacy and safety of medical interventions, translating scientific discoveries into tangible global health benefits.

Groundbreaking Technologies and Global Impact

The laboratory has introduced original theories and key technologies, including the concept of the 'Biological Focal Region'. A significant achievement is the development of the world's first extracorporeal focused ultrasound ablation system, known as 'HIFU'.

SKL-US has facilitated the first treatments for 12 different diseases using its innovative technologies. To date, devices developed by the lab have successfully treated over 360,000 patients worldwide, demonstrating the broad clinical relevance and impact of its research.

Multidisciplinary Expertise and Advanced Platforms

A multidisciplinary team of over 600 members, including numerous national-level talents, fuels the laboratory's success. This diverse group brings a wide range of expertise to the forefront of ultrasound research.

SKL-US operates six advanced research platforms supporting its ambitious agenda. These include facilities for high-energy acoustics, bioeffects research, advanced imaging, transducer fabrication, and data science. These platforms enable comprehensive research in strong acoustics, multimodal imaging, intelligent precision therapy, and clinical big data analysis for ultrasound therapy.