Additional file 5: Forest plots showing the results of subgroup analysis regarding the method (human/software) of PVA assessment (A) and sensitivity analysis for hospital mortality that was clearly defined at a time point (B) for ventilated patients with high patient–ventilator asynchrony (PVA) versus low PVA and clinical outcomes in Part A. A. 1, Duration of mechanical ventilation. A. 2, ICU mortality. A. 3, Hospital mortality. A. 4, Incidence of reintubation. A. 5, Incidence of tracheostomy. PVA, patient–ventilator asynchrony; SD, standard deviation; CI, confidence interval; IV, inverse variance; M–H, Mantel–Haenszel
Table S1. Study characteristics: management description of included randomized controlled trials. Ta...
Table S1. Variables selected for model. Table S2. APPROVE performance in derivation cohort to predic...
Figure S2. This figure shows a Kaplan-Meier curve for hospital survival of immunocompromised patient...
Additional file 4: Risk of bias for each study by using the Quality In Prognosis Studies tool in Par...
Additional file 9: Forest plots showing the effect of interventions for patient–ventilator asynchron...
Additional file 3: Characteristics of the studies excluded from the qualitative and quantitative syn...
Supplement 1. Risk of bias graph: review authorsâ judgements about each risk of bias item presente...
Forest plots of the association between nighttime discharge from the ICU and hospital mortality stra...
Abstract Background Patient–ventilator asynchrony (PVA) is a common problem in patients undergoing i...
Additional file 1: Table S1. List of significant pairwise comparisons per time point, significance w...
Individual patientâs ventilatory parameters during the SBTs and clinical outcome. Ventilatory para...
Example of patient-ventilator asynchronies with closed upper airways. Detailed curves of airway flow...
Table S1. Generalized variance-inflation factor (GVIF) of the variables included in the logistic reg...
Table S2 compares outcomes between early (within 7 days of ICU admission) and late (8 days and later...
Additional data are presented: data collection in the methods section, sensitivity analyses in the r...
Table S1. Study characteristics: management description of included randomized controlled trials. Ta...
Table S1. Variables selected for model. Table S2. APPROVE performance in derivation cohort to predic...
Figure S2. This figure shows a Kaplan-Meier curve for hospital survival of immunocompromised patient...
Additional file 4: Risk of bias for each study by using the Quality In Prognosis Studies tool in Par...
Additional file 9: Forest plots showing the effect of interventions for patient–ventilator asynchron...
Additional file 3: Characteristics of the studies excluded from the qualitative and quantitative syn...
Supplement 1. Risk of bias graph: review authorsâ judgements about each risk of bias item presente...
Forest plots of the association between nighttime discharge from the ICU and hospital mortality stra...
Abstract Background Patient–ventilator asynchrony (PVA) is a common problem in patients undergoing i...
Additional file 1: Table S1. List of significant pairwise comparisons per time point, significance w...
Individual patientâs ventilatory parameters during the SBTs and clinical outcome. Ventilatory para...
Example of patient-ventilator asynchronies with closed upper airways. Detailed curves of airway flow...
Table S1. Generalized variance-inflation factor (GVIF) of the variables included in the logistic reg...
Table S2 compares outcomes between early (within 7 days of ICU admission) and late (8 days and later...
Additional data are presented: data collection in the methods section, sensitivity analyses in the r...
Table S1. Study characteristics: management description of included randomized controlled trials. Ta...
Table S1. Variables selected for model. Table S2. APPROVE performance in derivation cohort to predic...
Figure S2. This figure shows a Kaplan-Meier curve for hospital survival of immunocompromised patient...