Table 4.
Data analysis method and modes of model presentation of the studies
| Study | Missing data described | Missingness handling described | Statistical/data analysis methods used for model development | Mode of model presentation |
|---|---|---|---|---|
| Bengtson 2022 | Yes | Yes | Lasso regression | NR |
| Man 2021 | No | No | Multivariable Cox proportional hazards regression | Risk prediction equation |
| Bartáková 2021 | No | No | Univariate and multivariate logistic regression with backward stepwise prediction algorithm | Risk score |
| Joglekar 2020 | Yes | Yes | Univariate and multivariate logistic models were constructed to determine an eventual statistically significant effect of any relevant variable and ROC analysis was applied to test the final models. Machine learning and traditional analysis | NR |
| Muche 2020 | No | No | Multivariable logistic regression | Risk prediction equation |
| Khan 2019 | No | No | Stepwise multiple (both ways) logistic analysis and machine learning approach | Decision tree |
| Kondo 2018 | No | No | Multivariable logistic regression analysis, decision-curve analysis | NR |
| Allalou 2016 | No | No | Machine learning | Decision tree |
| Ignell 2016 | Yes | No | Multivariable regression analysis | Model equation |
| Köhler 2016 | No | No | Lasso method for Cox regression | Risk score |
| Bartáková 2015 | No | No | Logistic regression analysis and ROC analysis | NR |
| Lappas 2015 | Yes | No | Student’s t test, multivariate logistic regression analysis | NR |
| Cormier 2015 | No | No | General linear model procedure and using the type-III sum of squares and logistic regression and ROC analysis | NR |
| Kwak 2012 | Yes | Yes | Multiple logistic regression analysis | NR |
| Kjos SL1995 | No | No | Multivariate regression analysis | NR |
NR not reported, ROC receiver operating characteristic