论文部分内容阅读
许多研究报道了各种器官的温度。对上呼吸系统温度虽也进行了研究,但对下呼吸道系统、特别是人的下呼吸道温度几乎未见报道。作者应用铬康铜温度计经纤维支气管镜测定肺支气管粘膜和肺癌的表面温度,其中原发性肺癌27例(男24例,女3例),恢复期的肺结核15例、支气管炎10例、支气管扩张症5例。此外,原发性肺癌中行~(67)镓扫描22例,支气管动脉造影6例,还有6例分别测定了化疗和放疗前后的表面温度。结果 30例恢复期肺部疾病者的隆突温度比腋下低0.24～0.56℃,从上、下中间支气管到外围肺的温度则逐渐增高。肺癌病灶越靠外围,则其表面温度越
Many studies have reported the temperature of various organs. Although the temperature of the upper respiratory system has also been studied, the temperature of the lower respiratory system, especially the lower respiratory tract of humans, has hardly been reported. The authors applied chromium-constantaneum thermometer to measure the surface temperature of pulmonary bronchial mucosa and lung cancer by fiberoptic bronchoscopy, including 27 cases of primary lung cancer (24 males and 3 females), 15 cases of recovery pulmonary tuberculosis, 10 cases of bronchitis, and bronchus Dilation syndrome in 5 cases. In addition, in primary lung cancer, there were 22 cases of ~(67) sputum scans, 6 cases of bronchial arteriography, and 6 cases of surface temperature before and after chemotherapy and radiotherapy. Results The carotid temperature of 30 patients with convalescent lung disease was 0.24~0.56°C lower than that of the armpit, and the temperature from the upper and lower middle bronchus to the peripheral lung was gradually increased. The more peripheral the lung cancer lesions are, the higher the surface temperature is.