@misc{oai:repo.qst.go.jp:00077445,
 author = {粟生木, 美穂 and 西嶋, 剣一 and 鷲山, 幸信 and 城寶, 大輝 and 下山, 彩希 and 右近, 直之 and 趙, 松吉 and 鷲野, 弘明 and 高橋, 和弘 and 伊藤, 浩 and 東, 達也 and Aoki, Miho and Nishijima, Kenichi and Koushin, Washiyama and Ukon, Naoyuki and Zhao, Songji and Washino, Komei and Ito, Hiroshi and Higashi, Tatsuya},
 month = {Nov},
 note = {Objective: [211At]MABG has been expected to be used in place of [131I]MIBG. When radioactivity of sample is low, such as in metabolite analysis, TLC is attractive. We searched for TLC procedure of [211At]MABG.
Methods: [211At]MABG and [125I]MIBG were obtained according to our  previous report and were analyzed on HPLC. [211At]MABG, [125I]MIBG, 211At and 125I were evaluated by silica gel TLC, RP-18 modified TLC (RP-TLC) or ITLC.
Results: [211At]MABG and [125I]MIBG showed high radiochemical purity (RCP) on HPLC (＞95%). In the case of [125I]MIBG, RCP by TLC and HPLC were similar. However, RCP of [211At]MABG on TLC with EtOH:AcOH (95:5) was low (25%). RP-TLC with MeCN:H2O:TFA (40:60:0.1) or ITLC with 0.9% NaCl were comparable to HPLC, but 211At and [211At]MABG were overlapped. TLC using propanol:10% NH3(aq) (3:1) allowed separation of 211At and [211At]MABG, and was consistent with HPLC., 第59回日本核医学会学術総会},
 title = {[211At]MABG の薄層クロマトグラフィー手順の探索},
 year = {2019}
}