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加拿大儿科重症监护病房中的脑死亡:人口统计学、时间和不可逆转性。

Brain death in Canadian PICUs: demographics, timing, and irreversibility.

机构信息

Stollery Children's Hospital, John Dossetor Health Ethics Center, University of Alberta, Edmonton, Alberta, Canada.

出版信息

Pediatr Crit Care Med. 2013 Jan;14(1):1-9. doi: 10.1097/PCC.0b013e31825b5485.

Abstract

OBJECTIVES

To determine any discordance between first and second brain death examinations and investigate the quality of brain death determination in Canadian PICUs.

DESIGN

Multicenter retrospective chart review.

SETTING

Four Canadian PICUs.

PATIENTS

All deaths from 1999 to 2003 were screened. Patients included were 36 wks corrected gestation to 17 yrs old and had at least one brain death examination documented in the chart.

INTERVENTIONS

None.

MEASUREMENTS AND MAIN RESULTS

Medical records were reviewed to determine demographics, results of the brain death examinations, ancillary tests, and time intervals between injury event, fixed dilated pupils, first brain death examination, second brain death examination, and terminal event. Discordance between brain death examinations was defined as the medical conclusion documented in the chart as brain death followed by no brain death. Prespecified subgroups were age <1 yr vs. ≥ 1 yr and organ donor vs. nonorgan donor. Mann-Whitney-Wilcoxon and unpaired t tests compared time intervals between subgroups; p value ≤ 0.05 was considered significant. Of those screened, 135 of 907 (15%) met the study eligibility criteria and 110 of 135 (81%) had at least two brain death examinations. The prevalence of discordance between brain death examinations was 1 of 110 (0.91%) (95% confidence interval <0.01%-5.5%). In those who had two apnea tests, the prevalence of discordance between brain death examinations was 1 of 63 (1.6%) (95% confidence interval <0.01%-9.3%). Twenty-five (19%) patients had only one brain death examination, and one of these became an organ donor without ancillary testing. Twenty-four (18%) patients did not have an apnea test. Of the 48 (36%) who had only one apnea test, 16 became organ donors without any ancillary test. Patients <1 yr old had a longer time interval between the first and second brain death examinations than those >1 yr old.

CONCLUSIONS

Some brain death diagnoses were not based on two examinations, and some did not include an apnea test. In patients who had two brain death examinations, discordant results were uncommon.

摘要

目的

确定首次和二次脑死亡检查之间是否存在差异,并调查加拿大 PICUs 中脑死亡判定的质量。

设计

多中心回顾性图表审查。

设置

加拿大的四个 PICUs。

患者

筛选了 1999 年至 2003 年的所有死亡病例。包括胎龄 36 周至 17 岁,且病历中至少有一次脑死亡检查记录的患者。

干预措施

无。

测量和主要结果

审查病历以确定人口统计学资料、脑死亡检查结果、辅助检查以及损伤事件、固定性散瞳、首次脑死亡检查、二次脑死亡检查和终末事件之间的时间间隔。脑死亡检查之间的差异定义为病历中记录的脑死亡后又未发生脑死亡的医学结论。预设的亚组为年龄<1 岁与≥1 岁和器官捐献者与非器官捐献者。使用 Mann-Whitney-Wilcoxon 和未配对 t 检验比较亚组之间的时间间隔;p 值≤0.05 被认为具有统计学意义。在所筛选的病例中,907 例中有 135 例(15%)符合研究纳入标准,其中 110 例(81%)至少进行了两次脑死亡检查。脑死亡检查之间存在差异的比例为 110 例中的 1 例(0.91%)(95%置信区间<0.01%-5.5%)。在进行了两次呼吸暂停试验的患者中,脑死亡检查之间存在差异的比例为 63 例中的 1 例(1.6%)(95%置信区间<0.01%-9.3%)。25 例(19%)患者仅进行了一次脑死亡检查,其中 1 例未进行辅助检查而成为器官捐献者。24 例(18%)患者未进行呼吸暂停试验。在仅进行了一次呼吸暂停试验的 48 例(36%)患者中,有 16 例未进行任何辅助检查而成为器官捐献者。年龄<1 岁的患者首次和二次脑死亡检查之间的时间间隔长于年龄>1 岁的患者。

结论

一些脑死亡诊断并非基于两次检查,一些检查也未包括呼吸暂停试验。在进行了两次脑死亡检查的患者中,结果不一致的情况并不常见。

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