OBJECTIVE: To compare outcomes from pediatric intensive care in hospitals with different levels of resources. DESIGN: Prospective, blinded comparison of outcome and care. SETTING: Tertiary (n = 3) and nontertiary (n = 71) hospitals in Oregon and southwestern Washington. PATIENTS: All critically ill children admitted with respiratory failure and head trauma for 6 months. MEASUREMENTS AND MAIN RESULTS: Severity of illness adjusted mortality rates were determined using admission day, physiologic profiles (Pediatric Risk of Mortality score) and care modalities were assessed daily. The crude mortality rate of the tertiary patients was four times higher than for the nontertiary patients (23.4% vs. 6.0%, p less than .0001). In the tertiary patients, the numbers of outcomes were accurately predicted by physiologic profiles (observed: 30 deaths and 98 survivors; predicted: 29.3 deaths and 98.7 survivors, z = -.25, p greater than .4). However, for the nontertiary patients, the number of the deaths were significantly different than predicted (observed: 20 deaths and 315 survivors; predicted: 14.4 deaths and 320.6 survivors, z = -2.08, p less than .05). The odds ratios of dying in a nontertiary vs. a tertiary facility were about 1.1, 2.3, and 8 (p less than .05) for mortality risk groups of less than 5%, 5% to 30%, and greater than 30%. Patients in tertiary facilities received more (p less than .05) invasive (e.g., arterial catheters) and complex (e.g., mechanical ventilation) care, whereas patients in nontertiary facilities received more (p less than .05) labor-intensive care (e.g., hourly vital signs). CONCLUSIONS: Care of the most seriously ill children in tertiary pediatric ICUs could improve their chances of survival.
OBJECTIVE: To compare outcomes from pediatric intensive care in hospitals with different levels of resources. DESIGN: Prospective, blinded comparison of outcome and care. SETTING: Tertiary (n = 3) and nontertiary (n = 71) hospitals in Oregon and southwestern Washington. PATIENTS: All critically ill children admitted with respiratory failure and head trauma for 6 months. MEASUREMENTS AND MAIN RESULTS: Severity of illness adjusted mortality rates were determined using admission day, physiologic profiles (Pediatric Risk of Mortality score) and care modalities were assessed daily. The crude mortality rate of the tertiary patients was four times higher than for the nontertiary patients (23.4% vs. 6.0%, p less than .0001). In the tertiary patients, the numbers of outcomes were accurately predicted by physiologic profiles (observed: 30 deaths and 98 survivors; predicted: 29.3 deaths and 98.7 survivors, z = -.25, p greater than .4). However, for the nontertiary patients, the number of the deaths were significantly different than predicted (observed: 20 deaths and 315 survivors; predicted: 14.4 deaths and 320.6 survivors, z = -2.08, p less than .05). The odds ratios of dying in a nontertiary vs. a tertiary facility were about 1.1, 2.3, and 8 (p less than .05) for mortality risk groups of less than 5%, 5% to 30%, and greater than 30%. Patients in tertiary facilities received more (p less than .05) invasive (e.g., arterial catheters) and complex (e.g., mechanical ventilation) care, whereas patients in nontertiary facilities received more (p less than .05) labor-intensive care (e.g., hourly vital signs). CONCLUSIONS: Care of the most seriously ill children in tertiary pediatric ICUs could improve their chances of survival.
Authors: G D Vos; F H M Nieman; A M B Meurs; D A Van Waardenburg; G Ramsay; R A M G Donckerwolcke Journal: Intensive Care Med Date: 2003-07-17 Impact factor: 17.440
Authors: Wanda D Barfield; Steven E Krug; Robert K Kanter; Marianne Gausche-Hill; Mary D Brantley; Sarita Chung; Niranjan Kissoon Journal: Pediatr Crit Care Med Date: 2011-11 Impact factor: 3.624