The State Key Laboratory of Ultrasound in Medicine and Engineering (SKL-US) at Chongqing Medical University is at the forefront of focused ultrasound therapy research. The lab has made significant breakthroughs in acoustic physics, ultrasound biology, multimodal imaging, and intelligent treatment, with its devices treating over 360,000 patients globally. It has developed original theories and key technologies including 'HIFU'.
The State Key Laboratory of Ultrasound in Medicine and Engineering (SKL-US) at Chongqing Medical University, established in 2020, stands as a premier national research hub. Focused on the cutting edge of focused ultrasound therapy , the laboratory's core mission is to catalyze breakthroughs across multiple critical domains. This includes delving deep into the fundamental principles of acoustic physics , exploring the complex interplay of ultrasound with biological systems (ultrasound biology), developing advanced multimodal imaging techniques for precise visualization, implementing intelligent treatment strategies powered by artificial intelligence, and harnessing the power of clinical big data to refine treatment protocols and improve patient outcomes.
The overarching goal is to pioneer transformative advancements in minimally invasive and non-invasive medicine, ultimately enhancing the efficacy and safety of medical interventions. This commitment underscores a dedication to translating scientific discoveries into tangible benefits for patients worldwide. SKL-US has already achieved significant milestones, solidifying its position as a global leader in ultrasound research.
Notable accomplishments include the introduction of pioneering concepts, such as the 'Biological Focal Region', which has reshaped our understanding of ultrasound's interaction with tissues. Furthermore, the laboratory is credited with the invention of the world's first extracorporeal focused ultrasound ablation system, a groundbreaking innovation that has revolutionized treatment approaches for various medical conditions, specifically labeled as 'HIFU'. Demonstrating the practical impact of these innovations, the laboratory has facilitated the world's first treatments for a diverse range of 12 diseases, showcasing the versatility and effectiveness of its technologies.
The impact extends beyond clinical trials; SKL-US devices have been used to treat over 360,000 patients globally, underscoring the widespread adoption and clinical relevance of its research findings. This clinical reach highlights the laboratory's dedication to improving global health and its commitment to translating cutting-edge scientific advances into real-world patient care.
The laboratory's success is fueled by a multidisciplinary team of over 600 members, encompassing a broad range of expertise and perspectives. This diverse group includes numerous national-level talents, reflecting the depth and breadth of the expertise within SKL-US. To support its ambitious research agenda, the laboratory operates six state-of-the-art research platforms.
These platforms encompass specialized facilities dedicated to high-energy acoustics, investigating the physical properties of sound waves and their effects; bioeffects research, studying the impact of ultrasound on biological tissues; advanced imaging technologies, enabling precise visualization and monitoring; transducer fabrication, enabling the creation of custom ultrasound transducers; and data science, employing computational methods to analyze vast datasets and accelerate discoveries. These well-equipped platforms facilitate comprehensive research and innovation, solidifying SKL-US's position at the forefront of the field.
The commitment to strong acoustics and acoustic effects, multimodal imaging monitoring, intelligent precision therapy, and clinical research using big data for ultrasound therapy are essential aspects. I'd like to receive career advice, updates and information from Nature Careers and Nature Portfolio, part of Springer Nature Limited. When you apply for a job we will send your application to the named employer, who may contact you. By applying for a job listed on Nature Careers you agree to our Sign in or create an account to start creating job alerts and receive personalized job recommendations straight to your inbox
Ultrasound Therapy Medical Research Acoustic Physics Multimodal Imaging Minimally Invasive Medicine
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