Invasive pulmonary aspergillosis in a 4-year-old male following submersion in a manure pond.

Invasive pulmonary aspergillosis (IPA) is uncommon in immunocompetent patients, but rare cases have been described after nonfatal drowning, particularly in contaminated water sources. Given subacute disease manifestations, diagnostic difficulties and the rapidly progressive nature of this organism, its mortality rate approaches 50%. Clinicians must rely on nonculture-based biomarkers and imaging to inform early diagnosis. There are currently no recommendations regarding diagnostics or empiric therapy for mold infections in near-drowning patients. We report a fatal case of IPA in a 4-year-old male following submersion in a manure pond. Early serum biomarkers and empiric voriconazole should be strongly considered in all patients after near-drowning in contaminated water sources.

Children that survive drowning can suffer lung infections after inhaling water. The cause is usually bacteria (germs) that live in our nose, as well as the bacteria in the water itself. In dirty water, many different bacteria are present. Strong antibiotic medicines are usually given to treat or stop infections from happening after drowning. Molds (fungus germs) can also cause lung infections, but usually in people with weak infection-fighting ability. We report a case of a mold infection that spread from the lungs to the blood and brain which led to the death of a previously healthy boy after drowning in a pond of animal waste. These mold infections can be slow and then spread quickly, so testing and treating for it with antifungal medicine in addition to antibacterial medicine needs to be done as early as possible.

Application of the New Centers for Disease Control and Prevention Surveillance Criteria for Ventilator-Associated Events to a Cohort of PICU Patients Identifies Different Patients Compared With the Previous Definition and Physician Diagnosis.

OBJECTIVES: We sought to compare the performance of the 2008 Centers for Disease Control and Prevention Pediatric criteria for ventilator-associated pneumonia, the 2013 Adult Ventilator-Associated Condition criteria, the new Draft Pediatric Ventilator-Associated Condition criteria, and physician-diagnosed ventilator-associated pneumonia in a cohort of PICU patients. DESIGN: Secondary analysis of a previously conducted prospective observational study. SETTING: PICU within a tertiary care children's hospital between April 1, 2010, and April 1, 2011. PATIENTS: Patients between 31 days and 18 years old, mechanically ventilated via endotracheal tube for more than 72 hours and no limitations of care. INTERVENTIONS: None. MEASUREMENTS AND MAIN RESULTS: Ventilator-associated pneumonia criteria applied in real time and ventilator-associated condition criteria applied retrospectively. Outcomes assessed between cases and noncases within criteria. Of the 133 eligible participants, 24 (18%) had ventilator-associated pneumonia by 2008 Pediatric criteria and 27 (20%) by physician diagnosis. Sixteen (12%) and 10 (8%) had ventilator-associated condition by 2013 Adult and Draft Pediatric criteria, respectively. We found significant overlap between cases identified with 2008 Pediatric criteria and physician diagnosis (p = 0.549), but comparisons between the other definitions revealed that the newer criteria identify different patients than previous Centers for Disease Control and Prevention ventilator-associated pneumonia criteria and physician diagnosis (p < 0.01). Although 20 participants were diagnosed with ventilator-associated pneumonia by 2008 Pediatric criteria and physician diagnosis, only three participants were identified by all four criteria. Three subjects uniquely identified by the Draft Pediatric criteria were noninfectious in etiology. Cases identified by all criteria except Draft Pediatric had higher ratios of actual ICU length of stay to Pediatric Risk of Mortality III-adjusted expected length of stay compared with noncases. CONCLUSIONS: The Draft Pediatric criteria identify fewer and different patients than previous ventilator-associated pneumonia criteria or physician diagnosis, potentially missing patients with preventable harms, but also identified patients with potentially preventable noninfectious respiratory deteriorations. Further investigations are required to maximize the identification of patients with preventable harms from mechanical ventilation.