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Clinical features, CT manifestations and dynamic changes of COVID-19 |
YE Xiaoxue1, XIE Yibing1, XU Chongyong2, XU Hui2, YAN Zhihan2, FANG Bidong2, YANG Chaoying2, CHEN Meikui2, CHEN Qi2 |
1.Department of Radiology, Yongjia County People’s Hospital, Wenzhou 325100, China; 2.Department of Radiology, the Second Affiliated Hospital of Wenzhou Medical University, Wenzhou 325027, China |
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Cite this article: |
YE Xiaoxue,XIE Yibing,XU Chongyong, et al. Clinical features, CT manifestations and dynamic changes of COVID-19[J]. JOURNAL OF WEZHOU MEDICAL UNIVERSITY, 2020, 50(3): 182-186.
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Abstract Objective: To explore the clinical characteristics, CT manifestations and dynamic changes of patients with corona virus disease 2019 (COVID-19). Methods: A total of 39 patients with COVID-19 from Yongjia County People’s Hospital during January 20 2020 to February 10 2020 were collected, and their clinical and laboratory characteristics, CT manifestations and dynamic changes were retrospectively analyzed. Results: Of 39 COVID-19 patients, 3 were mild, 28 normal and 8 severe; 37 of them had a clear epidemiological history. In the first admission, peripheral blood leukocyte counts decreased in 5 cases, lymphocyte counts decreased in 7 cases, and C-reactive protein levels increased in 18 cases, serum amyloid A levels increased in 35 patients. By the time of discharge, their clinical symptoms were obviously relieved, and laboratory indicators of peripheral blood returned to normal. Pulmonary lesions showed a natural course. On admission, the initial CT manifestations included subpleural patchy, nodular ground glass density shadows, with or without thickening of the lobular septum. 3 to 6 days after admission, the lesions increased, the scope expanded, and the consolidation became obvious, and air bronchus signs were seen. The new lesions showed a thin ground-glass density shadow, and the sub-pleural distribution of the middle and lower lobe of both lungs was dominant. 9 to 11 days after admission, CT showed that the lesion area and density were reduced in mose cases, completely absorbed in 4 cases, and fibrous lesions remained in 3 cases. Conclusion: Certain CT dynamic changes, clinical and laboratory manifestations are characteristic of COVID-19. A deeper understanding of them will make up for the false negative of virus nucleic acid test, so that patients can be early isolated and intervened.
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