Al-Ibraheem Akram, Scott Andrew M, Abdlkadir Ahmed Saad, Vrachimis Alexis, Lamoureux Francois, Trujillo Patricia Bernal, Bailey Dale L, More Stuart, Giammarile Francesco, Kumar Rakesh, Nonnekens Julie, Cutler Cathy S, Urbain Jean-Luc C, Dibble Elizabeth H, Sathekge Mike Machaba, Bomanji Jamshed, Cerci Juliano J, Thomas Elizabeth, Small William, Louw Lizette, O Joo Hyun, Lee Sze Ting, Nadel Helen, Jacene Heather, Watabe Tadashi, Bom Henry Hee-Seung, Bouyoucef Salah Eddine, Weston Charlotte, Wadsley Jonathan, Irwin Andy G, Croasdale Jilly, Zanzonico Pat, Paez Diana, Ghesani Munir
Department of Nuclear Medicine, King Hussein Cancer Center, Amman, Jordan.
School of Medicine, University of Jordan, Amman, Jordan.
J Nucl Med. 2025 May 1;66(5):757-763. doi: 10.2967/jnumed.124.269215.
Since its inception in 2012, the Nuclear Medicine Global Initiative (NMGI) of the Society of Nuclear Medicine and Molecular Imaging has played an important role in addressing significant challenges in the field of nuclear medicine and molecular imaging. The first 3 projects were dedicated to standardizing pediatric nuclear medicine practices, addressing the global challenges of radionuclide access and availability, and assessing the educational and training initiatives on theranostics across the globe. These efforts aimed to advance human health, foster worldwide educational collaboration, and standardize procedural guidelines to enhance quality and safety in nuclear medicine practice. In its latest project, NMGI aimed to develop a unified nomenclature for systemic radionuclide therapy in nuclear medicine, addressing the diverse terminology currently used. An online survey was distributed to NMGI member organizations, drawing participation from various geographical locations and disciplines. The survey anonymously collected responses from physicians, physicists, scientists, radiopharmacists, radiopharmaceutical scientists, dosimetrists, technologists, and nurse managers, totaling 240 responses from 30 countries. Findings revealed a prevailing use of the term targeted radionuclide therapy for radionuclide therapy, with 52% of respondents expressing a preference for this term. In contrast, approximately 37% favored "radiopharmaceutical therapy," whereas 11% favored "molecular radionuclide therapy." Other key terms under the umbrella of targeted radionuclide therapy were also discussed to achieve a consensus on terminology. NMGI efforts to standardize terminology in this dynamic and fluid field should improve communication within the field, better reflect the technology used, enable comparison of results, and ultimately lead to improved patient outcomes.
自2012年成立以来,核医学与分子影像学会的全球核医学倡议(NMGI)在应对核医学与分子影像领域的重大挑战方面发挥了重要作用。前三个项目致力于规范儿科核医学实践、应对放射性核素获取和供应的全球挑战,以及评估全球范围内的治疗诊断学教育和培训举措。这些努力旨在促进人类健康、推动全球教育合作,并规范程序指南以提高核医学实践的质量和安全性。在其最新项目中,NMGI旨在为核医学中的系统性放射性核素治疗制定统一的命名法,以解决目前使用的各种不同术语的问题。向NMGI成员组织开展了一项在线调查,吸引了来自不同地理位置和学科的参与。该调查匿名收集了医生、物理学家、科学家、放射药剂师、放射性药物科学家、剂量师、技术人员和护士管理人员的回复,共收到来自30个国家的240份回复。调查结果显示,“靶向放射性核素治疗”这一术语在放射性核素治疗中普遍使用,52%的受访者表示更喜欢这个术语。相比之下,约37%的人更喜欢“放射性药物治疗”,而11%的人更喜欢“分子放射性核素治疗”。还讨论了靶向放射性核素治疗范畴内的其他关键术语,以就术语达成共识。NMGI在这个动态变化的领域规范术语的努力应能改善该领域内的沟通,更好地反映所使用的技术,便于结果比较,并最终改善患者的治疗效果。