Single-stage hybrid localization: a combination of bronchoscopic lung mapping followed by post-mapping computed tomographic reconstruction and additional transthoracic needle localization in a cone beam computed tomography room

Yang, Shun-MaoShun-MaoYangKo Wei ChunMeng, Ling-HsuanLing-HsuanMengChen, Li-WeiLi-WeiChenLin, Kun-HsienKun-HsienLinLiu, Yueh-LunYueh-LunLiuSun, Shao-EnShao-EnSunKo, Huan-JangHuan-JangKo2020-09-232020-09-232019-012305-5839https://scholars.lib.ntu.edu.tw/handle/123456789/514378Bronchoscopic lung mapping is a multispot dye-marking technique, which should be performed under real-time fluoroscopic guidance and post-mapping computed tomographic reconstruction. This study aimed to investigate the feasibility of lung mapping followed by post-mapping computed tomography (CT) and additional needle localization in a cone bean CT (CBCT) room.animationLung mapping; cone-beam computed tomography (CBCT); needle localization[SDGs]SDG3Single-stage hybrid localization: a combination of bronchoscopic lung mapping followed by post-mapping computed tomographic reconstruction and additional transthoracic needle localization in a cone beam computed tomography roomjournal article10.21037/atm.2018.10.6530854383WOS:000457030900004