Author: Hongzhou Lu; Jingwen Ai; Yinzhong Shen; Yang Li; Tao Li; Xian Zhou; Haocheng Zhang; Qiran Zhang; Yun Ling; Sheng Wang; Hongping Qu; Yuan Gao; Yingchuan Li; Kanglong Yu; Duming Zhu; Hecheng Zhu; Rui Tian; Mei Zeng; Qiang Li; Yuanlin Song; Xiangyang Li; Jinfu Xu; Jie Xu; Enqiang Mao; Bijie Hu; Xin Li; Lei Zhu; Wenhong Zhang
Title: A descriptive study of the impact of diseases control and prevention on the epidemics dynamics and clinical features of SARS-CoV-2 outbreak in Shanghai, lessons learned for metropolis epidemics prevention Document date: 2020_2_23
ID: dbzrd23n_65
Snippet: Strict measures on controlling disease transmissibility in a metropolis can quickly reduce 354 the spread of a new infectious diseases to polar levels and stop its exponential growth in 355 the short term. Controlling the local clusters is the key to prevent outbreaks due to imported 356 cases. Our studies showed that the incubation period for COVID-19 is 6.438 days and 9.6% 357 of COVID-19 cases were severe cases. The median time for COVID-19 pr.....
Document: Strict measures on controlling disease transmissibility in a metropolis can quickly reduce 354 the spread of a new infectious diseases to polar levels and stop its exponential growth in 355 the short term. Controlling the local clusters is the key to prevent outbreaks due to imported 356 cases. Our studies showed that the incubation period for COVID-19 is 6.438 days and 9.6% 357 of COVID-19 cases were severe cases. The median time for COVID-19 progressing to 358 severe diseases was 8.5 days and multiple systemic laboratory abnormalities which 359 indicated multisystem involvement had been observed before significant respiratory 360 abnormalities appeared. 361 362 363
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