Table 4.
Summary of statistical and machine learning methods and data sources for pharmacovigilance using Twitter data.
| Public Health Issue | Method | Complementary Data |
|---|---|---|
| Smoking | Bayesian Logistic Regression [62] | |
| HIV | Support Vector Machine [63], Word2Vec [28], Doc2Vec [28], Multilayer Perceptron [63], Decision Tree [63], Dynamic Topic Modeling [28] | |
| Vaccination | Semantic Network Analysis [87] | |
| Drug Abuse | Decision Tree [65], Support Vector Machine [58], Topic Model [66], Simple Statistical Analysis [88] | National Surveys on Drug Usage and Health (NSDUH) |
| Adverse Drug Reactions (ADRs) | Conditional Random Field [85,89], Lexicon Analysis [89,90], Deep Learning (RNN) [86], Word Embeddings (Glove) [86], Word2Vec [85] | ADRMine |
| Adverse Drug Events (ADEs) | Multi-Instance Logistic Regression (Milr) [69], Semi-Supervised Multi-Instance (Nssm) [91], Bayesian Inference [83], Support Vector Machine [83,92], Lexicon Analysis [92] | |
| Alcoholism | Simple Statistical Analysis [84] | |
| Miscellaneous | Decision Tree [93], Support Vector Machine [94], Latent Dirichlet Allocation [94] |