Thoracic imaging applications, such as chest CT scans, have a high daily volume due to their wide range of clinical applications, e.g., early screening of lung cancer, acute chest emergencies, etc. UII's AI models can identify more than 10 common chest diseases on a single chest CT scan. This efficiently empowers radiological diagnosis by reducing missed- or mis-diagnosis, and optimizing patient experience by avoiding additional radiation exposure.

Overall, UII's groundbreaking AI technology is making significant contributions across multiple medical specialties, enhancing the quality of patient care, and advancing biomedical research in these fields. Through innovative AI solutions, UII is revolutionizing the healthcare industry, improving diagnosis accuracy, optimizing treatment plans, and promoting scientific discovery for a better future in medicine.


Dual Innovation Paradigm: A Suite of Tools Driven by Medical Metaverse Technology and Foundation Models

UII made a notable impact at the exhibition with its dual innovation paradigm, blending the realms of medical metaverse and large model research to present a visionary landscape for the future of healthcare.

Attendees at RSNA were treated to see holographic projections of vascular structures seamlessly overlaying onto the human lower extremity for harvesting vascularized osteomyocutaneous fibula free flap, showcasing UII's Metaverse Ecosystem for Robotic Intervention, Therapy, and Surgery (uAI MERITS®) technology. This groundbreaking innovation utilized cutting-edge AI and computer vision technologies to create the digital twin of patient, medical staffs, and operating room environment. The primary objective is to empower comprehensive healthcare management, covering preoperative preparation, intraoperative precise surgical navigation, and postoperative follow-up assessment. The roots of uAI MERITS® can be traced back to the initial showcase of uAI Vision Camera at RSNA in 2019. The rapid evolution of advanced technology provides ample room for innovation and instills strong confidence in its future applications.

Within the realm of clinical progress, accurate annotation of image data plays a crucial role in medical imaging AI research. UII introduced an ingenious AI tool known as uAI SAT on its research platform. This smart annotation tool harnesses the power of large medical image models, enabling interactive and intelligent image segmentation while reducing annotation time significantly to a matter of minutes, if not seconds. It supports the construction of highly task-specific imaging AI models.

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