The 17th Jiangsu Nuclear Medicine Academic Conference was held in Suzhou from October 22 to 24, 2021. During the event, Novel Medical Equipment Co., Ltd. and nearly 60 experts and scholars from Jiangsu gathered to discuss the development and application of new nuclear medicine technologies.
The symposium started with an address by Jiangsu Medical Association Chairman Wang Feng, who discussed the future prospects of domestic single-photon imaging equipment and its significance in promoting the "One County, One Department" initiative. He highlighted how integrating cutting-edge imaging technology with innovative medical-engineering collaboration will make single-photon imaging accessible to the general public.
Professor Wu Jing from Beijing Normal University delivered a keynote speech on the "Progress in Cardiac Nerve SPECT Dynamic Imaging Research," explaining the mechanisms and experimental results of cardiac neurodynamics research using MIBG-based SPECT imaging and showcasing its promising applications.
Novel Medical engineers presented research on "SPECT High-Performance Multi-Pinhole Collimator Imaging" and "Small Animal PET/SPECT/CT Technology Applications." The former focused on clinical SPECT products and the technical application of high-performance multi-pinhole collimators for specialized cardiac examinations. The latter covered the performance, core algorithms, and clinical applications of preclinical molecular imaging products—animal PET/SPECT/CT—highlighting their use in tumor imaging, immunoimaging, integrated radionuclide therapy research, and new drug development. The attendees then discussed the frontier technologies, clinical applications, and innovative product developments in molecular imaging equipment.
The conference provided a platform for nuclear medicine experts and scholars to communicate and explore how to advance the "One County, One Department" initiative. With the support of cutting-edge nuclear medicine technology and the effective implementation of new medical-engineering integration models, the future of nuclear medicine is promising.
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