Author：He Guanhao

Abstract： Objective To compare the epidemiological characteristics of COVID-19 in Guangzhou and Wenzhou, and evaluate the effectiveness of their prevention and control measures. Methods Data of COVID-19 cases reported in Guangzhou and Wenzhou as of 29 February, 2020 were collected. The incidence curves of COVID-19 in two cities were constructed. The real time reproduction number ( R t ) of COVID-19 in two cities was calculated respectively. Results A total of 346 and 465 confirmed COVID-19 cases were analysed in Guangzhou and Wenzhou, respectively. In two cities, most cases were aged 30-59 years (Guangzhou: 54.9%; Wenzhou: 70.3%). The incidence curve peaked on 27 January, 2020 in Guangzhou and on 26 January, 2020 in Wenzhou, then began to decline in both cities. The peaks of imported COVID-19 cases from Hubei occurred earlier than the peak of COVID-19 incidences in two cities, and the peak of imported cases from Hubei occurred earlier in Wenzhou than in Guangzhou. In early epidemic phase, imported cases were predominant in both cities, then the number of local cases increased and gradually took the dominance in Wenzhou. In Guangzhou, the imported cases was still predominant. Despite the different epidemic pattern, the R t and the number of COVID-19 cases declined after strict prevention and control measures were taken in Guangzhou and in Wenzhou. Conclusion The time and scale specific differences of imported COVID-19 resulted in different epidemic patterns in two cities, but the spread of the disease were effectively controlled after taking strict prevention and control measures.

Journal：Chinese Journal of Epidemiology

Publishing Time：2020,41(00):E035-E035

DOI：10.3760/cma.j.cn112338-20200303-00242

Author：CHEN Li

Abstract： Parkinson's disease(PD) is a common neurodegenerative diseases in the elderly, causing poor diseases resistance, and the high infectious risk of COVID-19. This article mainly analyzed that PD patients, during COVID-19 epidemic, how to improve mood and sleep status, strengthen correct rehabilitation exercises, improve disease awareness, strengthen self-protection, and in order to provide a reference for better self-management, treatment and prevention.

Journal：Journal of Modern Medicine & Health

Publishing Time：2020,36(19):39-42

DOI：

Author：ZHUANG Hua-dong

Abstract： The novel coronavirus pneumonia (COVID-19) quickly spread from Wuhan, Hubei Province to the all other provinces in China, and globally since December 2019. Huangpu District of Shanghai is one of the communities where COVID-19 occurred earlier. By summarizing and reviewing experience and lessons learnt in Huangpu District, Shanghai, the article characterized the innovative public health interventions to prevent and control COVID-19 that may be of relevance to urban communities in other provinces and cities of similar size.

Journal：Shanghai Journal of Preventive Medicine

Publishing Time：2020,32(04):E082-E082

DOI：10.19428/j.cnki.sjpm.2020.20129

Author：Wu Zunyou

Abstract： The asymptomatic carrier state of COVID-19 has become a topic of concern for preventing a possible epidemic rebound. This review describes and defines the COVID-19 asymptomatic carrier state and outlines methods for identifying counting and reporting these cases. The author elaborates that the asymptomatic carrier state can be further divided into asymptomatic infection and pre-symptomatic infection after extended follow-up based on the nature of disease progression. The author presents the limited available data about infectiousness of asymptomatic and pre-symptomatic cases and their possible contributions to the overall epidemic of COVID-19 observed so far in China. Challenges of a possible second epidemic wave of COVID-19 caused by asymptomatic and pre-symptomatic cases are discussed and suggestions for control strategies and scientific research are provided.

Journal：Chinese Journal of Epidemiology

Publishing Time：2020,41(00):E036-E036

DOI：10.3760/cma.j.cn112338-20200406-00517

Author：Garett Jones

Abstract：

Journal：MERCATUS CENTER AT GEORGE MASON UNIVERSITY

Publishing Time：

DOI：

Author：Seema Mishra

Abstract：

Journal：ChemRxiv

Publishing Time：12-7月-05

DOI：无

Author：Suhas Srinivasan

Abstract：

Journal：病毒

Publishing Time：2020, 12(4), 360

DOI：10.3390/v12040360

Author：Josh Sumner

Abstract：

Journal：medRxiv

Publishing Time：

DOI：10.1101/2020.03.24.20042796

Author：A. D. Harries

Abstract：

Journal：CORRESPONDENCE

Publishing Time：

DOI：10.5588/ijtld.20.0176

Author： Li Wei

Abstract： Objective To explore the key influencing factors of public protective action from the angle of risk perception, protective cognition and authority trust so as to build the public protective action decision model in city with corona virus disease (COVID-19). Methods From 2ed February 2020 to 6th February 2020, we carried out cross-sectional investigation among 1 201 publics selected by convenience sampling with the 'Wen Juan Xing' electronic questionnaire collection system. The investigation tool included the general information questionnaire and the COVID-19 public protective decision-making scale. SPSS 22.0 was used to data statistics and AMOS 23.0 was applied to explore correlations among four variables, risk perception, protective cognition, authority trust and protective action, so as to build the COVID-19 public protective action decision model. Results The structural equation model had a high level of goodness-of-fit, the direct effect of risk perception on protective action was 0.410; the direct effect of protective cognition on protective action was 0.070; the total effect of authority trust on protective action was 0.377. Conclusions In China, the public have good compliance of protective action. The model can effectively forecast the protective action of COVID-19 among city publics.

Journal：Chinese Journal of Modern Nursing

Publishing Time：2020,26:E014-E014

DOI：10.3760/cma.j.cn115682-20200229-01208

Author：Ran Die

Abstract：The article discusses the Establishment and Management Experience of County Fever Clinic during the period of COVIE-19 Prevention and Control.By setting up the site according to the norms, actively dispatching staff, rationally distributing various materials, propaganda and mobilization, implementing training and assessment, doing daily quality control management, implementing patient visiting process and disinfection and isolation measures, effectively ensured safe and orderly treatment process, and prevented the missing suspected patients and avoiding cross infection.

Journal：Journal of Modern Medicine & Health

Publishing Time：2020,36(18):55-57

DOI：

Author：Xue Kan

Abstract：In December 2019, COVID-19 outbreak occurred in Wuhan. The control measures to reduce mobility will help to curb the spread of the virus. However, the waiting time for patients with gastric cancer in diagnosis and treatment may be prolonged. On the basis of fully understanding the characteristics of different stages of gastric cancer, we should formulate reasonable out of hospital management strategies. On one hand, the establishment of effective communication channels between doctors and patients can get reasonable guidance outside the hospital. On the other hand, we should work out and adjust treatment strategies together with patients, and fully inform out of hospital precautions to minimize the adverse effects of the epidemic on treatment.

Journal：Chinese Journal of Digestive Surgery

Publishing Time：2020,19:E016-E016

DOI：10.3760/cma.j.cn115610-20200214-00072

Author： Liu Xiulan

Abstract： January 25, 2020, our hospital was served as the designated hospital for critically ill patients with new coronary pneumonia in Wuhan. The timely and effective pharmaceutical emergency protection system was great significance for epidemic prevention. In order to ensure the drug demand of patients and improve the level of drug treatment, the key and difficult issues in the practice of pharmacy administration during new coronary pneumonia were combined with clinical practical work to develop an appropriate pharmaceutical emergency support system. Our department launched the emergency response mechanism, such as established list of COVID-19 key therapeutic drugs, urgently purchased therapeutic drugs, reformed the processes of emergency pharmacy, established a donated drug management system, establish the COVID-19 pharmaceutical care team, and opened a 'cloud pharmacy' to meet the drug needs of non COVID-19 chronic diseases patients. We also strengthened the management of personnel protection. The pharmacy administration during new coronary pneumonia is a professional, comprehensive, complex and systematic emergency project that guarantees the safety of drug supply, medication and enables the treatment work to be carried out in an orderly manner.

Journal：Chinese Journal of Hospital Administration

Publishing Time：2020,36:E019-E019

DOI：10.3760/cma.j.cn112225-20200302-00440