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Applications of Nuclear Technique to Biological Sciences Labelled Compounds, Radioactive Tracers, and X-Ray Tomography

机译:核技术在生物科学中标记化合物,放射性示踪剂和X射线断层扫描的应用

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摘要

A radioisotope and its imaging have been powerful tools to explore the mechanism of chemical reaction and the dynamic behavior of trace element in biomolecular science and nuclear medicine. This article reviews some labelled compounds for radiopharmaceuticals in biochemical science and nuclear medicine using short-lived nuclides, the production and applications of "Multitracer" containing carrier-free radionuclides of more than 50 elements and a new radioactive tracer technique coupled with simultaneously imaging of multiple molecules labelled by gamma-emitters. In addition, X-ray phase imaging and microscopy technique using synchrotron radiation are introduced.
机译:放射性同位素及其成像已成为研究生物分子科学和核医学中化学反应机理和微量元素动态行为的有力工具。本文回顾了一些使用短寿命核素在生化科学和核医学中用于放射性药物的标记化合物,含有50种以上无载体放射性核素的“ Multitracer”的生产和应用以及一种新的放射性示踪剂技术,该技术同时对多个核素进行成像由γ-发射体标记的分子。此外,还介绍了使用同步加速器辐射的X射线相位成像和显微镜技术。

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