(混合)SPECT和PET技术。

Teresa Nolte, Nicolas Gross-Weege, Volkmar Schulz
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引用次数: 8

摘要

SPECT和PET是核层析成像模式,基于放射性示踪分子的积累可视化功能信息。然而,SPECT和PET缺乏解剖学信息,这促使它们与CT或MRI等解剖学成像方式相结合。本章首先概述了SPECT和PET的基本物理原理,然后介绍了各自的检测器技术,包括检测要求,原理和不同的检测器概念。随后向读者介绍混合成像概念,然后专门介绍SPECT或PET与MRI杂交时出现的挑战,即MRI中不同电磁场在核成像系统上的相互扭曲,反之亦然。本章最后概述了当前混合成像系统的临床和临床前类型。最后,对混合SPECT和PET技术的发展前景进行了展望。
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(Hybrid) SPECT and PET Technologies.

SPECT and PET are nuclear tomographic imaging modalities that visualize functional information based on the accumulation of radioactive tracer molecules. However, SPECT and PET lack anatomical information, which has motivated their combination with an anatomical imaging modality such as CT or MRI. This chapter begins with an overview over the fundamental physics of SPECT and PET followed by a presentation of the respective detector technologies, including detection requirements, principles and different detector concepts. The reader is subsequently provided with an introduction into hybrid imaging concepts, before a dedicated section presents the challenges that arise when hybridizing SPECT or PET with MRI, namely, mutual distortions of the different electromagnetic fields in MRI on the nuclear imaging system and vice versa. The chapter closes with an overview about current hybrid imaging systems of both clinical and preclinical kind. Finally, future developments in hybrid SPECT and PET technology are discussed.

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