Establishment and clinical application of a three-dimensional reconstruction medical cloud service platform for surgical disease related organs

Objective To establish a three-dimensional (3D) reconstruction medical cloud service platform for surgical disease related organs, and to investigate its application value. Methods A medical cloud service platform with a website-style interface was established based on the 3D digital reconstruction of organs created by Hisense Computer-assisted Surgery (CAS) system, and its application in various provincial hospitals and surgical diseases from March 2016 to May 2023 was analyzed. A questionnaire was designed to investigate the degree of satisfaction with the efficacy of surgeries guided by the 3D reconstruction medical cloud service platform. Results From March 2016 to May 2023, the cloud service platform provided 43 470 cases of 3D-reconstructed digital organs for clinical use, covering 237 medical institutions across 25 provinces, with the highest numbers of medical institutions and 3D-reconstructed digital organs in Shandong Province. The cloud service platform provided the highest number of 3D-reconstructed digital organs for the lung and hepatobiliary modules, which tended to increase year by year. The single-center analysis showed 5 543 cases of 3D-reconstructed digital organs in The Affiliated Hospital of Qingdao University, mainly involving hepatobiliary and pancreatic diseases and pulmonary bronchial lesions. The survey on degree of satisfaction showed that the doctors who were satisfied with the operation demonstration and surgical planning of the cloud service platform accounted for 88.5% and 92.0%, respectively. Conclusion The 3D reconstruction medical cloud service platform can effectively integrate and manage 3D-reconstructed digital organs across different regions and diseases, thereby providing convenient surgical planning and design services for clinical use, and doctors using this platform highly recognize the clinical application value of the platform.