Critical care : the official journal of the Critical Care Forum
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Editorial Comment
Improvements in the outcome of children with meningococcal disease.
Recent years have seen a marked reduction in the mortality of children with meningococcal disease in paediatric intensive care units (PICU); the reasons for this improvement are multifactorial. The mortality rates for critically ill children overall have improved and reasons for this are probably increased centralisation of PICU services and that fewer critically ill children are now looked after on adult units. Specific treatment pathways for sepsis have improved with the publication of clinical guidelines for children and initiatives such as the Surviving Sepsis Campaign. There is a continuing need to focus on the care delivered to children before reaching PICU and to minimise the morbidity suffered by survivors of this disease.
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A body of knowledge exists to suggest an association between nurse staffing and adverse patient outcomes. Hugonnet and colleagues add further evidence by linking nurse staffing to late-onset ventilator-associated pneumonia. Discussed are a number of concerns surrounding the analytic component of this study, including the construction of variables and the statistical models. The authors' estimation that hospitals maintaining a nurse-to-patient ratio above 2.2 could decrease the risk of health care associated infections is based on findings that are potentially biased and unrealistic.
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Editorial Comment
Corticosteroids to prevent postextubation upper airway obstruction: the evidence mounts.
Intubation of the airway can lead to laryngotracheal injury, resulting in extubation failure from upper airway obstruction (UAO). A number of factors can help to identify patients who are at greatest risk for postextubation UAO. Three randomized controlled trials demonstrate that prophylactic corticosteroids decrease the risk for postextubation UAO and probably the need for re-intubation.
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Editorial Comment
Selenium supplementation in critically ill patients: can too much of a good thing be a bad thing?
A recent study by Forceville and colleagues evaluated the effect of high-dose selenium administration as a treatment for septic shock. The study was negative and conflicts with existing clinical data regarding selenium administration in critically ill patients. Perhaps the key to understanding the differences between these discrepant observations lies in considering the dose and timing of selenium administration.
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Editorial Comment
Surfactant for acute respiratory failure in children: where should it fit in our treatment algorithm?
In a recent meta-analysis, surfactant administration in paediatric acute respiratory failure was associated with improved oxygenation, reduced mortality, increased ventilator-free days and reduced duration of ventilation. Surfactant is expensive, however, and its use involves installation of large volumes into the lungs, resulting in transient hypoxia and hypotension in some patients. Many questions also remain unanswered, such the as optimum dosage and the timing of administration of surfactant. The merits of surfactant administration should therefore still be decided on an individual case-by-case basis.