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230MeV(兆电子伏)回旋加速器
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精准狙击肿瘤的那束光 来自四川这个基地
Si Chuan Ri Bao· 2025-11-23 22:59
Core Insights - The article highlights the advancements in proton therapy technology by China General Nuclear Power Group (CGN) and its subsidiary, CGN Medical Technology, which has established the first commercial multi-room proton therapy system production base in China [1] - The 230 MeV cyclotron, a key component of the proton therapy system, has been successfully produced, with three units completed in the first year of operation [1] - The company aims to achieve a world-class nuclear medical industry by 2030, leveraging local research and manufacturing capabilities in Mianyang, Sichuan [1] Company Overview - CGN Medical Technology has adopted a strategy of "introduction, digestion, absorption, and re-innovation" to develop its proton therapy systems, following successful practices in China's nuclear power sector [1] - The proton therapy system consists of 227 main devices and approximately 155,000 components, showcasing its complexity and technological sophistication [1] - The company has formed partnerships with over 80 upstream and downstream enterprises in the industry, promoting continuous technological innovation [1] Industry Context - The Sichuan province has implemented supportive policies to foster the development of the nuclear medical industry, aiming to establish itself as a global leader in medical isotope production and nuclear medical equipment manufacturing by 2030 [1] - The region's strong research and manufacturing foundation, exemplified by institutions like the China Engineering Physics Research Institute, contributes to the rapid growth of the nuclear medical sector in Mianyang [1] - The article emphasizes the potential for China to export its advanced imaging and treatment technologies internationally, marking a significant step in the global nuclear medical landscape [1]
为什么这些医疗黑科技诞生在绵阳?
创业邦· 2025-07-10 10:43
Core Viewpoint - The Mianyang Nuclear Medical Health Industrial Park has signed 28 projects with a total investment of 22.3 billion yuan, indicating a strong interest in the nuclear medical sector in Mianyang [4][12]. Investment and Development - Recent capital movements in the nuclear medical sector include the completion of A+ round financing by Guotong New Drug, and the listing application by Xiantong Pharmaceutical on the Hong Kong Stock Exchange [2][3]. - The Mianyang Nuclear Medical Health Industrial Park has attracted significant investment, with 28 projects signed and a total investment amounting to 223 billion yuan [4][12]. Technological Advancements - The park features advanced radiation therapy technologies, including the X-Flash and e-Flash devices, which utilize Flash radiation therapy to significantly reduce treatment time while maintaining efficacy [6][8]. - The first domestic proton therapy device is set to be produced in Mianyang, with a production base for proton equipment expected to be completed by June 2024 [9][11]. Supply Chain and Resource Availability - Mianyang has become a major supplier of medical isotopes, with a focus on the production of iodine-131 and lutetium-177, which are critical for nuclear medicine [11][24]. - The proximity of Xiantong Pharmaceutical to the isotope production base enhances supply convenience, making Mianyang an attractive location for nuclear medicine companies [11][12]. Collaborative Efforts and Government Support - The rapid development of the nuclear medical industrial park is supported by collaborations between enterprises and research institutions, as well as government initiatives [12][15]. - The local government has committed over 13 billion yuan in special bonds and guiding funds to support infrastructure and research projects in the nuclear medical sector [27]. Talent and Research Development - Mianyang has a strong talent pool, with significant investments in education and research institutions focused on nuclear science and technology [23][24]. - The establishment of key laboratories and research platforms in Mianyang aims to address critical challenges in nuclear technology applications [26].