Recently, the molecular imaging surgical navigation system independently developed by the team of researchers Tian Jie of the Institute of Automation, Chinese Academy of Sciences, has been clinically applied in the Tumor Hospital of Shantou University Medical College, which has been actively recognized by the leaders of the hospital and surgeons. evaluation of.
In the field of medical clinics, how to detect tumor tissues early and how to accurately locate tumors during surgery has always been an international challenge. At the 2009 World Congress of Molecular Imaging (WMIC), Mr. Qian Yongjian, the winner of the 2008 Nobel Prize in Chemistry, reported how to use fluorescence microscopy to guide the excision of fluorescently labeled mouse tumor tissue, opening optical molecular imaging technology in surgical navigation The first in the field. At present, European scientists have developed a prototype system for surgical navigation and successfully applied it to the clinical operation of human ovarian cancer.
Researcher Tian Jie and his team are aiming at the latest international progress. Based on years of experience accumulated in the field of molecular imaging, they have developed a molecular imaging surgical navigation system for human breast cancer, and have worked closely with the Cancer Hospital of Shantou University Medical College to successfully The system is applied to early clinical diagnosis and precise surgical treatment of human breast cancer. As the first domestic molecular imaging surgical navigation device with independent intellectual property rights for human breast cancer, this achievement not only broke the technical monopoly of foreign companies on high-end medical equipment, but also expanded the scope of research and application of optical molecular imaging , Has far-reaching significance for the development of China's medical technology.
So far, medical operations have mainly relied on eye viewing, and in-depth observations are very limited. Even with advanced technology, the surgeon can only see the surface of the tissue, and the small tumors hidden inside are basically invisible, limiting the possibility of early medical intervention and leading to a certain diagnostic error rate. The fluorescent molecular imaging technology accompanying the surgical process has brought revolutionary changes. The research results of the research team have integrated surgery and optical technology across fields to provide a new way for cancer patients to detect lesions early and perform precise resection. Technical means.
The molecular imaging equipment independently developed by the Institute of Automation realizes clinical application
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