Herpes zoster (HZ) and its complications remain one of the major public health problems threatening human health. Four HZ vaccines are currently licensed for commercial use worldwide, while novel HZ vaccine candidates based on diverse technological platforms are in different stages of development. Enhancing public understanding of the effectiveness and safety of HZ vaccines is particularly crucial for increasing vaccine coverage and reducing vaccine hesitancy. This article introduces the overview of licensed HZ vaccines with a focus on elucidating the effectiveness and safety of HZ vaccines in immunocompetent and immunocompromised populations, in order to provide a scientific basis for the deployment of HZ vaccination.

ObjectiveTo explore the current situation of forensic ethics practice and education by designing a questionnaire on forensic ethics， with a view to exploring the path of forensic ethics education construction. MethodsA total of 667 valid questionnaires were collected using the online survey method， basically covering various regions across the country and all sub-specialties of forensic medicine. Descriptive analysis was used to analyze the relevant data. ResultsMost practitioners had relevant ethical reflections in the process of forensic practice. 69.12% of the respondents indicated that they had studied the relevant rules， but approximately half stated that there were no corresponding ethical norms or standard operating manuals. The specific behaviors violating ethics in different units were diverse. 23.04% of the respondents reported that they had encountered unethical behaviors， but only 4.9% of them reported such violations. In terms of forensic ethics education， 87.75% of the respondents believed that there were issues with the current model of forensic ethics education. Meanwhile， the respondents showed a high degree of recognition for receiving forensic ethics education， with 84.15% of respondents expressing willingness to participate in relevant courses. More than half of respondents were willing to participate in forensic ethics education during undergraduate studies， new employee training， and regular post-employment training. ConclusionCurrently， there is a problem of ethical neglect in forensic work in China. Combining ethics courses with professional courses at the practitioner training stage and providing regular training at the practice stage are effective measures to popularize forensic ethics knowledge， enhance ethical awareness， and improve the quality of practice.

Herpes zoster (HZ) and its complications remain one of the major public health problems threatening human health. Four HZ vaccines are currently licensed for commercial use worldwide, while novel HZ vaccine candidates based on diverse technological platforms are in different stages of development. Enhancing public understanding of the effectiveness and safety of HZ vaccines is particularly crucial for increasing vaccine coverage and reducing vaccine hesitancy. This article introduces the overview of licensed HZ vaccines with a focus on elucidating the effectiveness and safety of HZ vaccines in immunocompetent and immunocompromised populations, in order to provide a scientific basis for the deployment of HZ vaccination.

Hand, foot and mouth disease (HFMD) is a common infectious disease among children, and has emerged as a substantial global public health concern, particularly in the Asia-Pacific region. It has a serious impact on children′s health and imposes a significant disease burden on families and society. Currently, there are three globally available HFMD vaccines (all of them are EV71 inactivated vaccine), which were first approved and marketed in China in 2016. Real-world studies have shown a decrease in the incidence, severity, and mortality rate of EV71-related HFMD, providing evidence of its effectiveness. Additionally, related data have indicated a significant change in the pathogen spectrum of HFMD in China in the post-vaccine era. This article aims to provide a comprehensive review of the safety, effectiveness and immune-persistence data of EV71 vaccine acquired through real-world studies.

Objective To collect and summarize the opinions of experts on the improvement of China's disease prevention and control system published in the public media, so as to provide reference for the relevant construction planning of the government. Methods: Articles were collected from January to May, 2020, which were published on Chinese mainstream media. Based on the analysis of literature and the basic characteristics of experts, Analytic hierarchy process (AHP) was used to summarize the construction points of experts in different construction fields. Results: A total of 19 opinion articles were finally included in the study and 29 experts were involved. The suggestions of experts on the construction of China's disease prevention and control system were summarized into four aspects. Conclusion: The COVID-19 pandemic is a challenge to the existing public health epidemic prevention and control system in China, and also an important opportunity for the development and construction of the related system.

Objective To investigate the function of sorafenib on the growth of hepatocellular carcinoma by establishing subcutaneous transplantation tumor model with nude mice.To explore the effect of sorafenib on circadian clock gene expression in hepatoma cells.Methods Mouse tumor model was established by implanting hepatocarcinoma cell (HepG2) subcutaneously in Balb/C nude mice.Sixteen experimental mice were randomly divided into two groups:sorafenib treatment group (n =8) and solvent control group (n =8).The nude mice were treated with sorafenib (100 mg/kg) and DMSO daily by intragastric administration,respectively.The volume of tumors was recorded every 3 days.The expressions level of circadian clock genes (Per1,Per2,Per3,CLOCK,Cry1,Cry2,BMAL1 and CKIε) were detected by real-time polymerase chain reaction (Real-time PCR).The correlations between the size of the xenografts and the expressions of the circadian clock genes were further analyzed.Results Compared with the control group,the tumor size in the sorafenib treatment group were significantly smaller comparing with the control group.Results of Real-time PCR showed that the expression level of Per1,Cry1 and BMAL1 mRNA was remarkably decreased in the treatment group (Per1,P =0.02;Cry1,P =0.002;BMAL1,P =0.035),the differences were statistically significant.Correlation analysis showed that the size of subcutaneous transplantation tumorsin nude mice was negatively correlated with the expressions of Per1,Per2,Cry1 and Cry2 mRNA in control group.While,the size of subcutaneous transplantation tumors was negatively correlated with the expressions of Per2,Per3 and BMAL1 levels in the sorafenib treatment group.Conclusions There is a negative correlation between the expression levels of some biological clock genes and the size of transplantation tumor in nude mice.Sorafenib treatment significantly inhibited the growth of hepatocellular carcinoma in nude mice and down-regulation the expressions of Per1,Cry1 and BMAL1 mRNA in hepatoma cells.