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$$^{76}$$Br- or $$^{64}$$Cu-labeled antibody for immuno-PET in quantitative evaluation of radioimmunotherapy

飯田 靖彦*; 花岡 宏史*; 石岡 典子; 片渕 竜也*; 渡辺 智; 渡邉 茂樹; 松橋 信平; 樋口 徹也*; 織内 昇*; 遠藤 啓吾*

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PET is superior in quantitative measurement, so $$^{18}$$F-FDG-PET is most valuable tool for tumor diagnosis. Although several positron emitters have been used for PET, their uses are limited for their short half-lives. Compared with these radionuclides, $$^{64}$$Cu and $$^{76}$$Br have appropriate properties ($$^{76}$$Br: T$$_{1/2}$$ = 16.1 hr, $$^{64}$$Cu: T$$_{1/2}$$ = 12.7 hr) and they may have great potentials for PET utility. In this study, we synthesized monoclonal antibody (mAb) labeled with $$^{64}$$Cu or $$^{76}$$Br and evaluated their potential for tumor diagnosis with PET. The results of tumor localization studies show that $$^{64}$$Cu or $$^{76}$$Br labeled mAb were highly accumulated to tumor. From these data, the use of $$^{64}$$Cu and $$^{76}$$Br has great advantage for PET utility.

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