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Early hyperlactataemia in critically ill children.

机译:重症儿童的早期高乳酸血症。

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OBJECTIVE: To examine the relationships between early hyperlactataemia, acidosis, organ failure, and mortality in children admitted to intensive care. DESIGN: Prospective observational study. Children with lactate levels > 2 mmol/l were eligible for enrolment. Post-operative patients and those with inherited metabolic disease were excluded. Seven hundred and five children admitted to intensive care were screened, and 50 children with hyperlactataemia (incidence 7%), aged 20.3 months (0.1-191) were enrolled and followed up. The Paediatric Risk of Mortality (PRISM) score, Multiorgan System Failure (MOSF) score, length of ICU stay, and outcome were recorded. Data were collected for lactate (mmol/l), pH, and base excess (BE) until 24 h after admission. Data are reported as median (range) and were analysed by the Mann-Whitney, Fisher's Exact, and Kruskal-Wallis tests, and chisquared test for trend. RESULTS: Overall mortality in the screening group was 70/705 (10%). In the study group (n = 50) median PRISM score was 19 (4-49), median MOSF score 2 (1-4), and observed mortality 32/50 (64%). Median duration of ICU stay was 6 days (2-32) in survivors, and median time until death 3 days (0-13) in nonsurvivors. Eleven nonsurvivors (34%) died within 24 h. In the screening group, hyperlactataemia on admission identified mortality with likelihood ratio = 15. In the study group, neither the admission lactate (3.8 vs 4.6 mmol/l, P = 0.27), pH (7.32 vs 7.30, P = 0.6), nor BE (-7.5 vs -8, P = 0.45) differed significantly between survivors and nonsurvivors. Neither the admission nor peak lactate increased with increasing MOSF score (P = 0.5 and 0.54). The median peak lactate level was 5 mmol/l (2-9.3) in survivors compared to 6.8 mmol/l (2.3-22) in nonsurvivors (P = 0.02), and the cumulative average lactate level was 2.4 mmol/l (1-4.9) in survivors, compared to 4.5 mmol/l (1.6-21) in nonsurvivors (P = 0.0003). Persistent hyperlactataemia 24 h after admission identified mortality with likelihood ratio = 7. CONCLUSION: Hyperlactataemia on admission to intensive care is associated with a high mortality in children. Nonsurvivors within this group may be distinguished by the peak lactate level, or by persistent hyperlactataemia after 24 h of treatment.
机译:目的:探讨重症监护病患早期早期高乳酸血症,酸中毒,器官衰竭和死亡率之间的关系。设计:前瞻性观察研究。乳酸水平> 2 mmol / l的儿童符合入学条件。排除术后患者和遗传性遗传疾病患者。筛选了750名接受重症监护的儿童,并招募了50例年龄在20.3个月(0.1-191岁)的高乳酸血症儿童(发生率7%)并进行了随访。记录儿童死亡风险(PRISM)评分,多器官系统衰竭(MOSF)评分,ICU住院时间和结局。收集数据,直到入院后24小时为止的乳酸(mmol / l),pH和碱过量(BE)。数据以中位数(范围)报告,并通过Mann-Whitney,Fisher's Exact和Kruskal-Wallis检验以及趋势的卡方检验进行了分析。结果:筛查组的总死亡率为70/705(10%)。在研究组(n = 50)中,PRISM中位数为19(4-49),MOSF中位数为2(1-4),观察到的死亡率为32/50(64%)。 ICU存活中位持续时间中位数为6天(2-32),非存活者至死亡的中位时间为3天(0-13)。 11名非幸存者(34%)在24小时内死亡。在筛查组中,入院时的高乳酸血症确定死亡率,可能性比=15。在研究组中,入院乳酸(3.8 vs 4.6 mmol / l,P = 0.27),pH(7.32 vs 7.30,P = 0.6)和幸存者和非幸存者之间的BE(-7.5 vs -8,P = 0.45)显着不同。入院率和乳酸盐峰值均不随MOSF评分的增加而增加(P = 0.5和0.54)。幸存者的乳酸中位数峰值水平为5 mmol / l(2-9.3),而非幸存者的中位数峰值乳酸水平为6.8 mmol / l(2.3-22)(P = 0.02),累积平均乳酸水平为2.4 mmol / l(1- 4.9),而非存活者为4.5 mmol / l(1.6-21)(P = 0.0003)。入院后24 h持续性高乳酸血症确定死亡率,可能性比=7。结论:入院重症监护室的高乳酸血症与儿童高死亡率相关。该组中的非幸存者可以通过峰值乳酸水平或治疗24小时后持续的高乳酸血症来区分。

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