Table 2.
Research on Disease Outbreaks on Social Media
| Author | Disease outbreak | Social media | Methods | Findings |
|---|---|---|---|---|
| Mollema et al. (2015) | Measles | Twitter and others | Thematic analysis | People on Twitter cared about disease transmission, preventive actions, and vaccination; governments needed to promote vaccination acceptability. |
| Fung et al. (2013) | MERS-CoV & H7N9 | Statistical analysis on the number of Weibo posts | Weibo users reacted to the disease outbreak significantly, and people paid more attention to the H7N9 outbreak. | |
| Ye, Li, Yang, and Qin (2016) | Dengue | Analysis on the numbers of posts and spatial information | Spatially and temporally, there was a correlation between the number of posts and disease development trends. | |
| Chew and Eysenbach (2010) | H1N1 | Manual and automated coding | Several sentiments, including confusion, humor, risk, and so on, were discovered, among which humor was the most popular sentiment. | |
| Ye et al. (2016) | Influenza | Modeling | A prediction model built on Twitter data could be used for influenza outbreak alerts. | |
| Zhang et al. (2015) | H7N9 | Analysis on the number of Weibo posts and the number of new confirmed cases | There was a positive correlation between discussion and disease outbreak level, and Weibo served as a good medium to promote communications of public health. | |
| Li et al. (2020) | COVID-19 | Machine learning algorithms | Weibo posts were classified into seven categories of situational information. Useful text features should be helpful in building an emergence response system. |