Department of Nuclear Medicine, Guy's and St Thomas' NHS Foundation Trust, and Division of Imaging Sciences and Biomedical Engineering, King's College London.
Br J Radiol. 2010 Nov;83(995):899-901. doi: 10.1259/bjr/17139152.
Most nuclear medicine studies use (99)Tc(m), which is the decay product of (99)Mo. The world supply of (99)Mo comes from only five nuclear research reactors and availability has been much reduced in recent times owing to problems at the largest reactors. In the short-term there are limited actions that can be taken owing to capacity issues on alternative imaging modalities. In the long-term, stability of (99)Mo supply will rely on a combination of replacing conventional reactors and developing new technologies.
大多数核医学研究使用 (99)Tc(m),它是 (99)Mo 的衰变产物。全球 (99)Mo 的供应仅来自五个核研究反应堆,由于最大的反应堆出现问题,近年来供应已经大大减少。由于替代成像方式的产能问题,短期内可以采取的行动有限。从长期来看,(99)Mo 供应的稳定性将取决于替换传统反应堆和开发新技术的结合。