| 1. General principles of description for pathogenic microorganism collection (T/CPMA 011-2020). |
Page:1791—1797 |
| 2. Incidence of eating problems and related factors in children aged 1-6 years |
Page:1818—1823 |
| 3. Application and thinking of health standards related to public health in prevention and control of coronavirus disease 2019 |
Page:1758—1764 |
| 4. Disease burden of liver cancer in China: an updated and integrated analysis on multi-data source evidence |
Page:1848—1858 |
| 5. Using Markov Chain Monte Carlo methods to estimate the age-specific case fatality rate of COVID-19 |
Page:1777—1781 |
| 6. Establishment of multi-point trigger and multi-channel surveillance mechanism for intelligent early warning of infectious diseases in China |
Page:1753—1757 |
| 7. Epidemiological characteristics of severe cases of hand, foot, and mouth disease in China, 2008-2018 |
Page:1802—1807 |
| 8. Progress on genotyping of norovirus |
Page:1927—1932 |
| 9. Cohort studies on the association between maternal smoking during pregnancy and autism spectrum disorders of children: a Meta-analysis |
Page:1921—1926 |
| 10. An analysis on newly reported HIV/AIDS cases in medical institutions in Tianjin, 2005-2017 |
Page:1871—1875 |
| 11. Epidemiological and molecular characteristics of human brucellosis in Qinghai province, 2005-2019 |
Page:1905—1908 |
| 12. Analysis on seasonality, age distribution of influenza B cases and matching degree of influenza B vaccine in China, 2011-2019 |
Page:1813—1817 |
| 13. Spatial-temporal analysis on imported dengue fever in six provinces of China, 2016-2018 |
Page:1808—1812 |
| 14. Characteristics and prognosis of female breast cancer in Guangzhou, 2008-2017 |
Page:1831—1835 |
| 15. Folic acid supplementation before and during pregnancy and the risk of preeclampsia |
Page:1894—1899 |
| 16. Analysis on incidence and mortality of ovarian cancer in Jiangsu province, 2006-2015 |
Page:1859—1864 |
| 17. Progress in research of Fusobacterium nucleatum and upper gastrointestinal cancer |
Page:1938—1941 |
| 18. Epidemiological characteristics of imported COVID-19 cases in Guangzhou |
Page:1786—1790 |
| 19. Interpretation for the group standard of the General principles of description for pathogenic microorganism collection |
Page:1798—1801 |
| 20. Meta-analysis on association between TNF-α and CCR5Δ32 gene polymorphisms and influenza A(H1N1)pdm09 |
Page:1909—1914 |
| 21. Relationship between new-type drug use and high risk sex behavior in men who have sex with men |
Page:1882—1887 |
| 22. Spatial clustering analysis and trend of liver cancer death rate in Shandong province, 1970-2013 |
Page:1865—1870 |
| 23. Progress in research of burden of disease attributed to population ageing |
Page:1915—1920 |
| 24. The role of time-series propagation map and activity path of confirmed cases in the analysis and determination of COVID-19 epidemic |
Page:1782—1785 |
| 25. A case-control study on effect of occupational factor exposures on carotid atherosclerosis in steel workers |
Page:1836—1842 |
| 26. Application and thinking of health standards related to medical care and health information in prevention and control of COVID-19 |
Page:1765—1771 |
| 27. Inference of start time of resurgent COVID-19 epidemic in Beijing with SEIR dynamics model and evaluation of control measure effect |
Page:1772—1776 |
| 28. Risk analysis of immunological failure of antiretroviral therapy in HIV/AIDS patients in Taizhou prefecture, 2006-2019 |
Page:1888—1893 |
| 29. Comparison of compliance and cost effectiveness between brand-name statins and generic statins |
Page:1900—1904 |
| 30. Study on spatial clustering characteristics of tuberculosis in China, 2013-2018 |
Page:1843—1847 |
| 31. Estimation of newly HIV infection trend by using the back-calculation method in Honghe Hani and Yi autonomous prefecture |
Page:1876—1881 |
| 32. Relationship between frailty status and risk of death in the elderly based on frailty index analysis |
Page:1824—1830 |
| 33. Progress in research of association of adverse childhood experiences with prevalence of common chronic diseases in adulthood |
Page:1933—1937 |
