本文对大连地区165例各期石棉肺作了统计分析。
A statistical analysis was made on the 165 cases of asbestosis of various periods in Dalian areas.
尘肺的又一典型的大体损害，尤其石棉肺，引起纤维性。
Another gross lesion typical for pneumoconioses, and asbestosis in particular, is a fibrous pleural plaque.
各类尘肺新发病例数以矽肺为首，石棉肺、铸工尘肺和电焊工尘肺次之。
The cases of silicosis were ranking the first, with asbestosis, founder pneumoconiosis and welder pneumoconiosis followed.
接触石棉也能引起其他疾病，如石棉肺(肺纤维化)、胸膜斑、胸膜增厚和胸腔积液。
Asbestos exposure is also responsible for other diseases, such as asbestosis (fibrosis of the lungs), pleural plaques, thickening and effusions.
据世卫组织估计，超过10.7万人死于职业暴露导致的石棉相关肺癌、间质瘤以及石棉肺。
According to WHO estimates, more than 107 000 people die each year from asbestos-related lung cancer, mesothelioma and asbestosis resulting from occupational exposures.
据世卫组织估计，每年有超过10.7万人因职业暴露而死于与石棉相关的肺癌、间皮瘤和石棉肺。
According to WHO estimates, more than 107 000 people die each year from asbestos-related lung cancer, mesothelioma and asbestosis resulting from occupational exposure.
高表面活性使其可被用来治理环境污染，但也可对人体造成致命威胁，导致石棉肺并引发癌症。
Its high face activities can on the one hand be utilized to control environmental pollution, but on the other hand bring about fatal threat to human beings by resulting in asbestos lung and cancers.
对某石棉制品厂健康石棉工人和石棉肺患者分别于1984、1989进行了二次肺弥散量和残气功能追踪测定。
Both healthy workers and asbestos lunge patients in a asbestos factory were investigated in 1984 and 1989 to examine their pulmonary diffusing capacity and residual volume function.
石棉纤维会破坏肺组织，留下损伤，削弱器官的氧气处理机能，有时还会引起肺癌。
Asbestos fibers can bruise the lung tissue, leaving scars that cripple the organ's ability to process oxygen and sometimes cause lung cancer.
目的探讨石棉与烟雾溶液联合作用对人胚肺细胞DNA的损伤作用。
Objective To study the combined damage effects of asbestos and cigarette solution on human embryo lung cell (HEL) DNA.
目的：探讨石棉工人肺功能损害的最敏感指标。
Objective: to discuss the most sensitive indices reflecting impairment of pulmonary function in asbestos workers.
结论：石棉工人肺功能变化的最敏感指标为FVC和DLCO。
Conclusions: FVC and DLCO were the most sensitive indices reflecting impairment of pulmonary function in asbestos workers.
目的探讨青石棉致人胚肺成纤维细胞(HEPF)增殖的细胞周期变化的机制。
Objective To explore the mechanism of cell proliferation cycle change of human embryonic pulmonary fibroblasts (HEPF) induced by crocidolite.
目的探讨青石棉致人胚肺成纤维细胞(HEPF)增殖的细胞周期变化的机制。
Objective To explore the mechanism of cell proliferation cycle change of human embryonic pulmonary fibroblasts (HEPF) induced by crocidolite.
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