@misc{oai:repo.qst.go.jp:00066489,
 author = {渡辺, 茂樹 and 島田, 明彦 and 渡辺, 智 and 花岡, 宏史 and 石岡, 典子 and 渡辺 茂樹 and 島田 明彦 and 渡辺 智 and 石岡 典子},
 month = {Aug},
 note = {Positron Emission Tomography (PET) is an imaging technique of positron (β+) emitting radionuclides distribution in human body, which non-invasively provides functional information to identify diseases and abnormalities. Although some positron emitters have been practically used for the PET imaging, all of them have short half-life; the longest lived positron emitter available, F-18, has only 110 min. This propensity has impeded widespread use of the PET imaging. 
Br-76 (t1/2 = 16. 1 h) has been of interest for its potential in PET imaging because its longer half-life than the abovementioned conventional PET nuclides would allow us to overcome many problems. Therefore, this background led us to investigate how to produce a sufficient amount of Br for the PET imaging application. In this talk, improvement and optimization of Br-76 isolation using dry distillation approach for its future automation was described. In addition, evaluations of Br-76 labeled compounds for cancer PET imaging by our group will be also presented., IUMRS-ICAM 2017},
 title = {Improvement and optimization of clinically promising Br-76 isolation using dry distillation approach for its future automation},
 year = {2017}
}