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全身脓毒症反应:病原体重要吗?

The systemic septic response: does the organism matter?

作者信息

Wiles J B, Cerra F B, Siegel J H, Border J R

出版信息

Crit Care Med. 1980 Feb;8(2):55-60. doi: 10.1097/00003246-198002000-00001.

Abstract

The clinical and physiological responses to septicemia were evaluated in 59 patients with 70 septic episodes. All patients were critically ill, had similar ICU support, and had positive blood cultures as well as a clinical infection when studied by dye dilution cardiac outputs. The overall ratio of gram-negative to gram-positive sepsis was 2.6:1.0. Patients with septicemia caused by gram-positive organisms, gram-negative organisms, anaerobes, and fungi had similar fever, leucocyte, and acid-base responses. There were also no statistical differences in any physiological variables between organism group or between specific organisms. After volume loading, all patients exhibited a hyperdynamic cardiovascular response with abnormal vascular tone. Some degree of myocardial depression was a common feature of all forms of bacterial or fungal septicemia. Heart rate was the cardiac variable producing the increased cardiac output in this setting. The exact pathogenesis of the septic response remains undetermined. However, the response appears to be host determined and not peculiar to a specific pathogenic microorganism.

摘要

对59例患者的70次败血症发作的临床和生理反应进行了评估。所有患者病情都很严重,接受了相似的重症监护病房支持,血液培养呈阳性,并且在通过染料稀释法测量心输出量进行研究时存在临床感染。革兰氏阴性菌败血症与革兰氏阳性菌败血症的总体比例为2.6:1.0。由革兰氏阳性菌、革兰氏阴性菌、厌氧菌和真菌引起败血症的患者,其发热、白细胞及酸碱反应相似。在不同微生物组之间或特定微生物之间,任何生理变量也均无统计学差异。容量负荷后,所有患者均表现出高动力性心血管反应,血管张力异常。一定程度的心肌抑制是所有形式的细菌或真菌败血症的共同特征。在此情况下,心率是导致心输出量增加的心脏变量。败血症反应的确切发病机制仍未明确。然而,该反应似乎由宿主决定,并非特定致病微生物所特有。

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