Sagawa Motoyasu, Sugita M, Higashi K, Isobe T, Hirose T, Matsubara F, Ida M, Isse K, Sakuma T
Department of Thoracic Surgery, Kanazawa Medical University, Ishikawa, Japan.
Kyobu Geka. 2004 Nov;57(12):1121-5.
Although thoracic computed tomography (CT) screening indicated that there are many patients who have pulmonary shadow with ground glass opacity, it is sometimes difficult to obtain the appropriate specimens for histological diagnosis of such patients. We herein report a lung cancer patient with ground glass opacity who was diagnosed preoperatively by an ultrathin bronchoscope and virtual bronchoscopy. A 78-year-old female was admitted to our hospital due to bacterial pneumonia. At the admission, CT showed another abnormal small shadow in her right middle lobe. Since the shadow was not visible by fluoroscopy, we reconstructed the images of virtual bronchoscopy using the data obtained by multidetector CT. The location of the shadow was determined in the peripheral area of a dorsal branch of right B4aialpha. Then the transbronchial lung biopsy using an ultrathin bronchoscope with simultaneous CT guidance was performed. The histological findings of the biopsy specimens revealed that the shadow was highly suspicious for malignancy. Therefore, the right middle lobectomy was conducted, and the tumor was diagnosed as an adenocarcinoma. An ultrathin bronchoscope with virtual bronchoscopy is useful to diagnose a pulmonary shadow with ground glass opacity.
尽管胸部计算机断层扫描(CT)筛查显示有许多患者存在磨玻璃样混浊的肺部阴影,但有时难以获取此类患者的合适标本进行组织学诊断。我们在此报告一例磨玻璃样混浊的肺癌患者,其术前通过超薄支气管镜和虚拟支气管镜得以确诊。一名78岁女性因细菌性肺炎入住我院。入院时,CT显示其右中叶有另一个异常小阴影。由于该阴影在荧光透视下不可见,我们利用多排探测器CT获取的数据重建了虚拟支气管镜图像。阴影位置确定在右肺上叶前段B4aα亚段背支的外周区域。然后在CT同步引导下使用超薄支气管镜进行经支气管肺活检。活检标本的组织学检查结果显示该阴影高度怀疑为恶性。因此,实施了右中叶切除术,肿瘤被诊断为腺癌。带有虚拟支气管镜的超薄支气管镜对于诊断磨玻璃样混浊的肺部阴影很有用。