阿尔法地图集:绘制用于α靶向治疗的α放射性核素全球生产图。

IF 3.6 4区 医学 Q1 RADIOLOGY, NUCLEAR MEDICINE & MEDICAL IMAGING
Marianna Tosato, Chiara Favaretto, Janke Kleynhans, Andrew R Burgoyne, Jean-François Gestin, Nicholas P van der Meulen, Amirreza Jalilian, Ulli Köster, Mattia Asti, Valery Radchenko
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引用次数: 0

摘要

靶向α疗法在癌症治疗中显示出巨大的前景,近几十年来引起了人们的极大兴趣。然而,它的广泛采用受到α发射器的稀缺和其使用的复杂性的阻碍。这些放射性核素的供应往往受到复杂的生产过程和纯化以及监管和后勤挑战的限制。此外,处理和应用α -放射核素的高成本和技术困难对其临床应用构成了额外的障碍。本Alpha Atlas提供了用于临床使用的主要α粒子发射放射性核素候选物的深入概述,重点是其生产过程和供应链。通过绘制目前生产和供应这些放射性核素的设施的地图,该地图集旨在帮助研究人员、临床医生和工业界启动或扩大α -排放者的应用。Alpha Atlas希望作为战略指南,促进合作并推动这些强效治疗药物整合到癌症治疗实践中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Alpha Atlas: Mapping global production of α-emitting radionuclides for targeted alpha therapy.

Targeted Alpha Therapy has shown great promise in cancer treatment, sparking significant interest over recent decades. However, its broad adoption has been impeded by the scarcity of alpha-emitters and the complexities related to their use. The availability of these radionuclides is often constrained by the intricate production processes and purification, as well as regulatory and logistical challenges. Moreover, the high cost and technical difficulties associated with handling and applying alpha-emitting radionuclides pose additional barriers to their clinical implementation. This Alpha Atlas provides an in-depth overview of the leading alpha-particle emitting radionuclide candidates for clinical use, focusing on their production processes and supply chains. By mapping the current facilities that produce and supply these radionuclides, this atlas aims to assist researchers, clinicians, and industries in initiating or scaling up the applications of alpha-emitters. The Alpha Atlas aspires to act as a strategic guide, facilitating collaboration and driving forward the integration of these potent therapeutic agents into cancer treatment practices.

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来源期刊
Nuclear medicine and biology
Nuclear medicine and biology 医学-核医学
CiteScore
6.00
自引率
9.70%
发文量
479
审稿时长
51 days
期刊介绍: Nuclear Medicine and Biology publishes original research addressing all aspects of radiopharmaceutical science: synthesis, in vitro and ex vivo studies, in vivo biodistribution by dissection or imaging, radiopharmacology, radiopharmacy, and translational clinical studies of new targeted radiotracers. The importance of the target to an unmet clinical need should be the first consideration. If the synthesis of a new radiopharmaceutical is submitted without in vitro or in vivo data, then the uniqueness of the chemistry must be emphasized. These multidisciplinary studies should validate the mechanism of localization whether the probe is based on binding to a receptor, enzyme, tumor antigen, or another well-defined target. The studies should be aimed at evaluating how the chemical and radiopharmaceutical properties affect pharmacokinetics, pharmacodynamics, or therapeutic efficacy. Ideally, the study would address the sensitivity of the probe to changes in disease or treatment, although studies validating mechanism alone are acceptable. Radiopharmacy practice, addressing the issues of preparation, automation, quality control, dispensing, and regulations applicable to qualification and administration of radiopharmaceuticals to humans, is an important aspect of the developmental process, but only if the study has a significant impact on the field. Contributions on the subject of therapeutic radiopharmaceuticals also are appropriate provided that the specificity of labeled compound localization and therapeutic effect have been addressed.
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