Proulx F, Gauthier M, Nadeau D, Lacroix J, Farrell C A
Department of Pediatrics, Ste-Justine Hospital, Université de Montréal, PQ, Canada.
Crit Care Med. 1994 Jun;22(6):1025-31. doi: 10.1097/00003246-199406000-00023.
To describe the timing of onset of organ system failure, multiple organ system failure diagnosis, and the subsequent death in children admitted to a pediatric intensive care unit (ICU). Second, to identify independent risk markers of death in pediatric patients with multiple organ system failure.
Review of a database.
Pediatric ICU within a tertiary care center.
We analyzed the pediatric ICU course of 777 consecutive patients aged < 18 yrs.
Eighty-five (10.9%) of 777 children had multiple organ system failure, defined as the simultaneous occurrence of at least two organ system failures. Of 85 children, 37 (43.5%) were postoperative cardiac surgery patients and 48 (56.5%) patients were in the ICU for other reasons. The diagnostic criteria for multiple organ system failure were met on the day of admission by 73 (86%) of 85 patients. The maximum number of organ system failures occurred within 72 hrs in 74 (87%) children. The mortality rate for all patients with multiple organ system failure was 50.6%. Thirty-eight (88.4%) of deaths occurred within 7 days after the diagnosis of multiple organ system failure. Survival analysis was comparable for both postoperative cardiac surgery patients and patients with other diagnoses. Multivariate analysis identified three factors as independent risk markers of death in pediatric patients with multiple organ system failure: maximum number of simultaneous organ system failures during the pediatric ICU stay: odds ratio, 55.9 (95% confidence interval, 7.9 to 396.1); age < or = 12 months: odds ratio, 17.1 (95% confidence interval, 1.8 to 158.7); and the Pediatric Risk of Mortality (PRISM) score on the day of admission: odds ratio, 1.25 (95% confidence interval, 1.1 to 1.5).
The mortality rate associated with multiple organ system failure in pediatric patients is high. The maximum number of simultaneous organ system failures during pediatric ICU stay, age < or = 12 months, and the PRISM score on the day of admission are independent risk markers of death. Diagnosis of multiple organ system failures, development of maximum number of organ system failures, and deaths occur remarkably early after pediatric ICU admission; the rationale for using prophylactic therapy under such circumstances is unclear.
描述入住儿科重症监护病房(ICU)的儿童器官系统衰竭的发病时间、多器官系统衰竭的诊断以及随后的死亡情况。其次,确定多器官系统衰竭儿科患者的独立死亡风险标志物。
数据库回顾。
三级医疗中心内的儿科ICU。
我们分析了777例年龄<18岁的连续儿科ICU病程患者。
777例儿童中有85例(10.9%)发生多器官系统衰竭,定义为至少两个器官系统同时发生衰竭。在85例儿童中,37例(43.5%)为心脏手术后患者,48例(56.5%)因其他原因入住ICU。85例患者中有73例(86%)在入院当天符合多器官系统衰竭的诊断标准。74例(87%)儿童在72小时内出现最多器官系统衰竭。所有多器官系统衰竭患者的死亡率为50.6%。38例(88.4%)死亡发生在多器官系统衰竭诊断后的7天内。心脏手术后患者和其他诊断患者的生存分析结果相当。多变量分析确定了三个因素为多器官系统衰竭儿科患者死亡的独立风险标志物:儿科ICU住院期间同时发生的器官系统衰竭的最大数量:比值比为55.9(95%置信区间为7.9至396.1);年龄≤12个月:比值比为17.1(95%置信区间为1.8至158.7);入院当天的儿科死亡风险(PRISM)评分:比值比为1.25(95%置信区间为1.1至1.5)。
儿科患者多器官系统衰竭的死亡率很高。儿科ICU住院期间同时发生器官系统衰竭的最大数量、年龄≤12个月以及入院当天的PRISM评分是死亡的独立风险标志物。多器官系统衰竭的诊断、器官系统衰竭最大数量的出现以及死亡在儿科ICU入院后很早发生;在这种情况下使用预防性治疗的理由尚不清楚。