Logistic regression and neural network models were developed on the training set, validated, and outcome (mortality) predicted on the test set.
Bar graph showing outcome (mortality %) in different fluid management categories.
This retrospective cohort trial demonstrates an association between early tracheostomy and better ICU outcome (mortality).
Early transfer from ER to ICU is an important quality parameter but other aspects of care should also be looked upon while relating to outcome (mortality).
Although effects were not related to a change in outcome (mortality), learning curves in clinical research may have important safety, ethical, research quality and economic implications for trial conduct.
Medical and paramedical files were reviewed for a complete description of each group: sociodemographic, clinical and biological data, vasoactive drugs (especially epinephrine) modality of prescription, patients' outcome (mortality at 28 days) were collected.
The impact of this safety tool was analysed on indicators of structure (safety culture, healthcare protocols), process (improvement proportion related to tool application, IPR) and outcome (mortality, average stay, rate of catheter-related bacteraemias and rate of ventilator-associated pneumonia, VAP).
The impact of this safety tool was analysed in indicators of structure (culture of safety, healthcare protocols), process (improvement proportion related to tool application, IPR-AASTRE) and outcome (mortality, average stay, rate of catheter-related bacteremias and rate of ventilator-associated pneumonia, VAP).
The association between exposure (sex reassignment) and outcome (mortality, morbidity, crime) was measured by hazard ratios (HR) with 95% CIs, taking follow-up time into account.
Strong correlation with meaningful outcome, mortality.
Reporting of the primary outcome (mortality) for any time point.
