Additional file 4 of The optimal blood glucose is significantly associated with lower mortality in critically ill patients with cardiogenic shock: an analysis revealed with time series blood glucose records
Creators: name: Sun, Ce
name: Zhou, Ji-Hong
name: Huang, Yan-Ling
name: Ning, Yi-Le
name: Xu, Xiang-Hui
Publisher: name: figshare
Year: 2024
Subjects: Space Science
Medicine
Biotechnology
Biological Sciences not elsewhere classified
Cancer
Science Policy

description: Additional file 4: Table S1. Basic demographic characteristics of the original cohort. Table S2. Standardized mean difference (SMD) of covariates before and after propensity score matching of cohort 1. Table S3. Baseline characteristics before propensity score matching of cohort 1. Table S4. Baseline characteristics after propensity score matching of cohort 1. Table S5. Standardized mean difference (SMD) of covariates before and after propensity score matching of cohort 2. Table S6. Baseline characteristics before propensity score matching of cohort 2. Table S7. Baseline characteristics after propensity score matching of cohort 2. Table S8. Unadjusted log-rank test for 28-day mortality of original cohort. Table S9. Unadjusted log-rank test for ICU mortality of original cohort. Table S10. Unadjusted log-rank test for in-hospital mortality of original cohort. Table S11. Multivariate Cox model adjusted with all covariates for 28-day mortality of original cohort 1. Table S12. Multivariate Cox model adjusted with unbalanced covariates for 28-day mortality of original cohort 1. Table S13. Multivariate Cox model adjusted with all covariates and IPTW for 28-day mortality of cohort 1. Table S14. Survey-weighted Cox model adjusted with all covariates and IPTW for 28-day mortality of cohort 1. Table S15. Multivariate Cox model adjusted with all covariates for ICU mortality of original cohort 1. Table S16. Multivariate Cox model adjusted with unbalanced covariates for ICU mortality of original cohort 1. Table S17. Multivariate Cox model adjusted with all covariates and IPTW for ICU mortality of cohort 1. Table S18. Survey-weighted Cox model adjusted with all covariates and IPTW for ICU mortality of cohort 1. Table S19. Multivariate Cox model adjusted with all covariates for in-hospital mortality of original cohort 1. Table S20. Multivariate Cox model adjusted with unbalanced covariates for in-hospital mortality of original cohort 1. Table S21. Multivariate Cox model adjusted with all covariates and IPTW for in-hospital mortality of cohort 1. Table S22. Survey-weighted Cox model adjusted with all covariates and IPTW for in-hospital mortality of cohort 1. Table S23. Multivariate Cox model adjusted with all covariates for 28-day mortality of original cohort 2. Table S24. Multivariate Cox model adjusted with unbalanced covariates for 28-day mortality of original cohort 2. Table S25. Multivariate Cox model adjusted with all covariates and IPTW for 28-day mortality of cohort. Table S26. Survey-weighted Cox model adjusted with all covariates and IPTW for 28-day mortality of cohort 2. Table S27. Multivariate Cox model adjusted with all covariates for ICU mortality of original cohort 2. Table S28. Multivariate Cox model adjusted with unbalanced covariates for ICU mortality of original cohort 2. Table S29. Multivariate Cox model adjusted with all covariates and IPTW for ICU mortality of cohort 2. Table S30. Survey-weighted Cox model adjusted with all covariates and IPTW for ICU mortality of cohort 2. Table S31. Multivariate Cox model adjusted with all covariates for in-hospital mortality of original cohort 2. Table S32. Multivariate Cox model adjusted with unbalanced covariates for in-hospital mortality of original cohort 2. Table S33. Multivariate Cox model adjusted withall covariates and IPTW for in-hospital mortality of cohort 2. Table S34. Survey-weighted Cox model adjusted with all covariates and IPTW for in-hospital mortality of cohort 2.