Objective: to study the diagnostic effect of one case of pulmonary sequestration using plain CT, CT enhancement and three-dimensional reconstruction. Methods: one case of pulmonary sequestration was treated with plain...Objective: to study the diagnostic effect of one case of pulmonary sequestration using plain CT, CT enhancement and three-dimensional reconstruction. Methods: one case of pulmonary sequestration was treated with plain CT scan, anti-infection therapy, CT enhancement and three-dimensional reconstruction analysis. Results: the patient underwent plain chest CT scan, and local bronchiectasis and infection were found in the dorsal segment of the lower lobe of the left lung. After one week of anti-infection treatment, the chest was examined with CT enhancement and three-dimensional reconstruction. The isolated lesion near the mediastinum in the lower lobe of the left lung was in line with the manifestations of pulmonary sequestration (intralobal type), and was definitely diagnosed as pulmonary sequestration. Conclusion: the use of plain CT scan, CT enhancement and three-dimensional reconstruction can effectively improve the diagnostic effect of pulmonary sequestration and has high value in use.展开更多
文摘Objective: to study the diagnostic effect of one case of pulmonary sequestration using plain CT, CT enhancement and three-dimensional reconstruction. Methods: one case of pulmonary sequestration was treated with plain CT scan, anti-infection therapy, CT enhancement and three-dimensional reconstruction analysis. Results: the patient underwent plain chest CT scan, and local bronchiectasis and infection were found in the dorsal segment of the lower lobe of the left lung. After one week of anti-infection treatment, the chest was examined with CT enhancement and three-dimensional reconstruction. The isolated lesion near the mediastinum in the lower lobe of the left lung was in line with the manifestations of pulmonary sequestration (intralobal type), and was definitely diagnosed as pulmonary sequestration. Conclusion: the use of plain CT scan, CT enhancement and three-dimensional reconstruction can effectively improve the diagnostic effect of pulmonary sequestration and has high value in use.
