Basu Sandip, Chakraborty Sudipta, Parghane Rahul V, Ranade Rohit, Thapa Pradeep, Asopa Ramesh V, Sonawane Geeta, Nabar Swapna, Shimpi Hemant, Chandak Ashok, Vimalnath K V, Ostwal Vikas, Ramaswamy Anant, Bhandare Manish, Chaudhari Vikram, Shrikhande Shailesh V, Sirohi Bhawna, Dash Ashutosh, Banerjee Sharmila
Radiation Medicine Centre, Bhabha Atomic Research Centre, Tata Memorial Hospital Annexe Parel, Mumbai, India.
Homi Bhabha National Institute Mumbai, India.
Am J Nucl Med Mol Imaging. 2020 Aug 25;10(4):178-211. eCollection 2020.
The present treatise chronicles one decade of experience pertaining to clinical PRRT services in a large-volume tertiary cancer care centre in India delivering over 4,000 therapies, an exemplar of successful PRRT programme employing indigenous Lutetium production and resources. For the purpose of systematic discussion, we have sub-divided the communication into 3 specific parts: (a) Radiopharmaceutical aspects that describes Lutetium production through 'Direct' Neutron Activation Route and the subsequent radiolabeling procedures, (b) The specific clinical nuances and finer learning points (apart from the routine standard procedure) based upon clinical experience and how it has undergone practice evolution in our setting and (c) Dosimetry results with this indigenous product and radiation safety/health physics aspects involved in PRRT services. Initiated in 2010 at our centre, the PRRT programme is a perfect example of affordable quality health care delivery, with indigenous production of the radionuclide (Lu) in the reactor and subsequent radiolabeling of the radiopharmaceutical ([Lu]Lu-DOTATATE) at the hospital radiopharmacy unit of the centre, which enabled catering to the needs of a large number of patients of progressive, metastatic and advanced Neuroendocrine Neoplasms (NENs) and related malignancies.
本论文记录了印度一家大型三级癌症护理中心十年的临床肽受体放射性核素治疗(PRRT)服务经验,该中心提供了超过4000次治疗,是利用本土镥生产和资源成功开展PRRT项目的典范。为了进行系统讨论,我们将交流内容细分为3个具体部分:(a)放射性药物方面,描述通过“直接”中子活化途径生产镥以及随后的放射性标记程序;(b)基于临床经验的特定临床细微差别和更细微的学习要点(除常规标准程序外),以及它在我们的环境中是如何经历实践演变的;(c)这种本土产品的剂量测定结果以及PRRT服务中涉及的辐射安全/健康物理方面。我们中心于2010年启动PRRT项目,它是提供可负担得起的优质医疗服务的完美典范,在反应堆中本土生产放射性核素(镥),并在中心医院放射性药房单元对放射性药物([镥]镥-奥曲肽)进行后续放射性标记,这使得能够满足大量进展期、转移性和晚期神经内分泌肿瘤(NENs)及相关恶性肿瘤患者的需求。