Diagnostic applications deployed by the end of 2024.
Smart Diagnosis
Heyou International Hospital deploys 15 AI diagnostic assistants for high-quality care.
SenseCare supports cardiovascular, respiratory, digestive, oncology, orthopedic and radiotherapy workflows in a Greater Bay Area international hospital.
Case Summary
Heyou International Hospital
Heyou International Hospital deployed the SenseCare smart diagnosis platform at the end of 2024, bringing 15 AI diagnostic assistants into complex disease diagnosis, early screening, treatment planning and prevention workflows.
Pulmonary disease AI detection performance.
Cardiac, head and neck and aortic vessel workflows.
The platform includes 15 AI applications across chest CT, chest X-ray, lung planning, liver CT/MR, liver planning, bone age, lower-limb alignment, coronary CTA, head and neck vessels and stroke.
The smart diagnosis system has served thousands of patient visits since launch.
Pulmonary AI applications detect lung nodules, pneumonia, pulmonary embolism and other abnormalities with lesion detection above 95%.
CTA segmentation accuracy reaches 97% for coronary, head and neck and aortic vessel reconstruction workflows.
Stroke-related modules help identify hemorrhage or ischemia while patients are still moving through the emergency time window.
Comprehensive smart diagnosis for a Greater Bay Area hospital
Heyou International Hospital combines inclusive healthcare with high-end services. SenseCare's deployment therefore covers both common high-volume diseases and complex specialty scenarios.
The AI platform supports physicians across cardiovascular, respiratory, digestive, tumor, orthopedic and radiotherapy workflows, improving consistency in image analysis and decision preparation.
From diagnosis efficiency to emergency value
In pulmonary disease, AI helps identify lung nodules, pneumonia, pulmonary embolism and other abnormalities, while chest DR applications rapidly flag more than 10 common thoracic conditions.
In stroke workflows, AI identifies hemorrhage or ischemia, quantifies lesion volume, calculates ischemia scores and reconstructs perfusion maps, helping physicians make faster decisions during the critical time window.
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