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Clinical application of 18 F-DOPA PET/TC in pediatric patients

机译:18例F-DOPA PET / TC在儿科患者中的临床应用

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The use 18 F-DOPA PET/CT for oncologic and non-oncologic pediatric diseases is well consolidated in clinical practice. The indications include brain tumors, neuroendocrine malignancies and congenital hyperinsulinism. The number of papers involving pediatric subjects is steadily growing. However, literature still lacks clinical trials and large multicentric studies in contrast with the extensive literature available for adult patients. The aim of this review is to discuss the main clinical indications of 18 F-DOPA in pediatric oncologic and nononcologic diseases and to analyze its role in diagnosis, staging, biopsy and surgical planning. The high resolution of PET/CT tomographs in addition to the high sensitivity and specificity of 18 F-DOPA imaging exceeds the downsides linked to this nuclear medicine imaging modality. In fact, few potential limitations could discourage the use of PET/CT imaging. For example, similarly to MRI studies the long acquisition time of a PET/CT scan often requires sedation especially in infants. Moreover, the radiation exposure of a PET/CT scan may be high, but the clinical benefit deriving from nuclear medicine imaging outruns the risk connected to the use of ionizing radiations.
机译:使用18 F-DOPA PET / CT用于肿瘤和非肿瘤小儿疾病在临床实践中得到了很好的巩固。该适应症包括脑肿瘤,神经内分泌恶性肿瘤和先天性高胰岛素。涉及儿科对象的论文数量稳步增长。然而,与成人患者可用的广泛文学仍然缺乏临床试验和大型多中心研究。本综述的目的是讨论儿科肿瘤和非动力学疾病18名F-DOPA的主要临床适应症,并分析其在诊断,分期,活检和外科手术方面的作用。除了18 f-DOPA成像的高灵敏度和特异性之外,PET / CT断层谱的高分辨率超过了与该核医学成像模态相关的缺陷区。事实上,很少有潜在的限制可能会阻碍PET / CT成像的使用。例如,与MRI研究类似,PET / CT扫描的长采集时间通常需要镇静,特别是在婴儿中。此外,PET / CT扫描的辐射暴露可能很高,但临床益处从核医学成像源于连接到使用电离辐射的风险。

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