馃珋New in #CriticalCare:
Clinical prediction models in cardiac surgery-associated acute kidney injury: a systematic review and meta-analysis
doi.org/rv92
#CritCare #KidneyInjury #PredictionModels
Clinical prediction models in cardiac surgery-associated acute kidney injury: a systematic review and meta-analysis
doi.org/rv92
#CritCare #KidneyInjury #PredictionModels
0
3
6
1,352
馃ЙNew in #SepsisAndSevereInfection:
Prevalence and bacterial etiology of culture-confirmed neonatal sepsis in sub-Saharan Africa: a systematic review and meta-analysis
doi.org/rv9z
#CritCare #Sepsis #SevereInfection #Neonatal
Prevalence and bacterial etiology of culture-confirmed neonatal sepsis in sub-Saharan Africa: a systematic review and meta-analysis
doi.org/rv9z
#CritCare #Sepsis #SevereInfection #Neonatal
1
1
3
1,409
New in #SepsisAndSevereInfection:
馃Using extracorporeal ozone to treat experimental gram-negative sepsis: an exploratory study
doi.org/rv9d
#CritCare #Sepsis #SevereInfection #GramNegative
馃Using extracorporeal ozone to treat experimental gram-negative sepsis: an exploratory study
doi.org/rv9d
#CritCare #Sepsis #SevereInfection #GramNegative
0
0
1
1,396
馃彞New in #CriticalCare:
Extrapolation of MAP trends predicts hypotension and vasopressor up-titration in the ICU.
doi.org/rt8s
#CritCare #MAP #ICU
Extrapolation of MAP trends predicts hypotension and vasopressor up-titration in the ICU.
doi.org/rt8s
#CritCare #MAP #ICU
0
1
4
1,312
馃樂New in #CriticalCare:
Evaluating plasma ferritin and suPAR as treatable traits for critically ill patients with COVID-19 treated with anakinra: an exploratory analysis of the immune modulation domain of the REMAP-CAP randomised clinical trial
doi.org/rt8r
#CritCare
Evaluating plasma ferritin and suPAR as treatable traits for critically ill patients with COVID-19 treated with anakinra: an exploratory analysis of the immune modulation domain of the REMAP-CAP randomised clinical trial
doi.org/rt8r
#CritCare
0
1
1
1,509
馃尙锔廚ew in #CriticalCare:
A specialist-led interprofessional weaning program to prevent weaning failure in high-risk patients: the PRiVENT study
doi.org/rt8q
#CritCare #Weaning #PRiVENT
A specialist-led interprofessional weaning program to prevent weaning failure in high-risk patients: the PRiVENT study
doi.org/rt8q
#CritCare #Weaning #PRiVENT
0
5
16
2,740
馃New in #CriticalCare:
Comparison of two automated pupillometry indices in patients with acute brain injury: the prospective multicentre LYNX cohort study
doi.org/rs59
#CritCare #BrainInjury #LYNXcohort
Comparison of two automated pupillometry indices in patients with acute brain injury: the prospective multicentre LYNX cohort study
doi.org/rs59
#CritCare #BrainInjury #LYNXcohort
0
0
4
1,622
馃彞New in #CriticalCare:
Increased ureagenesis revealing metabolic intolerance to enhanced nutrition in the PICU: a secondary analysis of the PEPaNIC RCT
doi.org/rs58
#CritCare #PICU #Ureagenesis
Increased ureagenesis revealing metabolic intolerance to enhanced nutrition in the PICU: a secondary analysis of the PEPaNIC RCT
doi.org/rs58
#CritCare #PICU #Ureagenesis
0
0
0
1,702
馃New in #SepsisAndSevereInfection:
Sepsis in the major burn patient
doi.org/rs57
#CritCare #Sepsis #SevereInfection #Burns
Sepsis in the major burn patient
doi.org/rs57
#CritCare #Sepsis #SevereInfection #Burns
0
9
21
3,238
馃└New in #CriticalCare:
Beyond macrocirculatory targets: a multimodal framework for microcirculatory and organ perfusion monitoring in sepsis
doi.org/rscs
#CritCare #Macrocirculation #Microcirculation #Sepsis
Beyond macrocirculatory targets: a multimodal framework for microcirculatory and organ perfusion monitoring in sepsis
doi.org/rscs
#CritCare #Macrocirculation #Microcirculation #Sepsis
0
10
42
4,269
馃КNew in #CriticalCare:
The NLRP3 inflammasome in physiological and dysfunctional host response in human sepsis and critical illness: a narrative review
doi.org/rscr
#CritCare #Sepsis #CriticalIllness
The NLRP3 inflammasome in physiological and dysfunctional host response in human sepsis and critical illness: a narrative review
doi.org/rscr
#CritCare #Sepsis #CriticalIllness
0
5
4
1,977
馃枼锔廚ew in #SepsisAndSevereInfection:
Global trends and hotspots of the sepsis machine learning prediction model: a bibliometric analysis
doi.org/rrqw
#CritCare #Sepsis #SevereInfection #MachineLearning
Global trends and hotspots of the sepsis machine learning prediction model: a bibliometric analysis
doi.org/rrqw
#CritCare #Sepsis #SevereInfection #MachineLearning
0
0
0
1,458
馃└New in #CriticalCare:
Personalised energy targeting during venovenous ECMO: serial assessment of resting energy expenditure reveals phase-dependent metabolic demand and systematic discordance with predictive equations
doi.org/rrq2
#CritCare #ECMO #EnergyTargeting
Personalised energy targeting during venovenous ECMO: serial assessment of resting energy expenditure reveals phase-dependent metabolic demand and systematic discordance with predictive equations
doi.org/rrq2
#CritCare #ECMO #EnergyTargeting
0
2
7
1,726
馃New in #CriticalCare:
Nurse-led respiratory care bundle and pneumonia prevention in critically ill patients with abdominal sepsis: a multicenter before-and-after controlled study
doi.org/rrqz
#CritCare #Pneumonia #Sepsis
Nurse-led respiratory care bundle and pneumonia prevention in critically ill patients with abdominal sepsis: a multicenter before-and-after controlled study
doi.org/rrqz
#CritCare #Pneumonia #Sepsis
1
1
6
2,091
馃珌New in #CriticalCare:
Extracorporeal CO2 elimination for acute exacerbation of severe COPD requiring invasive mechanical ventilation: a randomized controlled trial (the X-COPD trial)
doi.org/rrqx
#CritCare #COPD #Ventilation
Extracorporeal CO2 elimination for acute exacerbation of severe COPD requiring invasive mechanical ventilation: a randomized controlled trial (the X-COPD trial)
doi.org/rrqx
#CritCare #COPD #Ventilation
0
9
20
3,114
馃└New in #CriticalCare:
Physiological limits of capillary refill time: a human endotoxemia study
doi.org/hcjtz2
#CritCare #Capillary #Endotoxemia
Physiological limits of capillary refill time: a human endotoxemia study
doi.org/hcjtz2
#CritCare #Capillary #Endotoxemia
0
7
17
2,919
馃珋New in #CriticalCare:
Left ventricular unloading during VA-ECMO for refractory cardiogenic shock: a target trial emulation multicenter analysis
doi.org/rqxg
#CritCare #ECMO #CardiogenicShock
Left ventricular unloading during VA-ECMO for refractory cardiogenic shock: a target trial emulation multicenter analysis
doi.org/rqxg
#CritCare #ECMO #CardiogenicShock
0
8
33
4,333
馃New in #SepsisAndSevereInfection:
Unraveling the mitochondrial鈥搇ysosomal crosstalk: a new frontier in sepsis-induced acute lung injury
doi.org/rqxf
#CritCare #Sepsis #SevereInfection #Mitochondria #Lysosome
Unraveling the mitochondrial鈥搇ysosomal crosstalk: a new frontier in sepsis-induced acute lung injury
doi.org/rqxf
#CritCare #Sepsis #SevereInfection #Mitochondria #Lysosome
0
5
16
2,592
馃珋New in #CriticalCare:
AKI as a systemic syndrome and its impact on other organ systems
doi.org/rpwb
#CritCare #AKI #OrganSystems
AKI as a systemic syndrome and its impact on other organ systems
doi.org/rpwb
#CritCare #AKI #OrganSystems
0
3
15
2,542
馃尙锔廚ew in #CriticalCare:
Physiological comparison of high-flow oxygen via endotracheal tube and T-piece strategies during spontaneous breathing trials: a randomized crossover study
doi.org/rpv9
#CritCare #Oxygen #RandomizedCrossover
Physiological comparison of high-flow oxygen via endotracheal tube and T-piece strategies during spontaneous breathing trials: a randomized crossover study
doi.org/rpv9
#CritCare #Oxygen #RandomizedCrossover
0
7
13
2,404