与造成严重肺炎的其它危险因素一样，军团病最常见的并发症是呼吸衰竭、休克以及急性肾脏衰竭和多器官衰竭。
In common with other risk factors causing severe pneumonia, the most frequent complications of legionellosis are respiratory failure, shock and acute kidney and multi-organ failure.
休克是一个复杂的综合征与运送氧气和养分到周围减少的循环功能障碍相关，并最终累及中枢器官。
Shock is a complex syndrome of circulatory dysfunction associated with reduced oxygen and nutrient delivery to peripheral and ultimately to central organs.
结论重视危险因子，有效控制休克，保护脏器功能，及时处理多发伤是防治多器官功能障碍综合征及减少死亡的重要措施。
Conclusion Pay attention to the risk factors, control shock, protect visceral function, prevent and treat polytrauma in time are vital measures to prevent MODS and death.
目的：观察钙增敏剂mci - 154对内毒素休克家兔器官血流量、血气、某些血生化指标及动物存活率的影响。
Objective: to investigate the effects of MCI 154, a calcium sensitizer, on organ blood flows, arterial blood gases, some plasma biochemical parameters and survival rate in endotoxic shock rabbits.
结论血浆TNF水平与并发感染性休克或器官功能衰竭密切相关。
Conclusion the plasma TNF level closely correlates with the complicated infectious shock and with the organ failure.
结果治疗组13例患者存活，2例死亡，其中1例死于失血性休克，1例死于多器官功能衰竭。
Results In the Treatment group, 13 patients survived, and 2 died, one from hemorrhagic shock and the other from multiple organ failure.
目的评价持续肾脏替代疗法（CRRT）在脓毒性休克并多器官功能不全综合征（MODS）中的治疗作用。
Objective To study the effect of continuous renal replacement therapy(CRRT) on septic shock complicated with multiple organ dysfunction syndrome(MODS).
感染性休克和多系统器官衰竭(MSOF)是老年aosc死亡的主要原因。
Septic shock and multisystem organ failure (MSOF) are main lethal factors in aged AOSC.
不良反应可累及机体多个器官系统，临床表现复杂多样，主要表现为过敏反应，严重者可出现过敏性休克。
The ADRs could involve multiple organs and systems, and the clinical manifestations were varying, of which allergic reaction was the commonest one including anaphylactic shock.
线粒体功能紊乱参与了休克和多器官功能不全的发生。
The dysfunction of mitochondria involves in the pathogenesis of shock and MODS.
许多临床实验均证实使用后，低血容量和休克病人的心输出量、氧供、氧耗和器官功能均能产生有利影响。
Lots of clinical experiments have improved that it has beneficial effect in cardiac output, oxygen support, oxygen consume and organ function of low plasma volume and shock patient.
有时感染逃脱了防御系统并快速地扩散到许多器官和血液中导致中毒性休克。
Sometimes an infection escapes the defence system and quickly spreads to a number of organs and the blood stream resulting in septic shock.
少量的内毒素就能引起脓毒血症和败血性的休克，从而导致高血压，心血管衰弱，多器官衰竭甚至死亡。
Serious endotoxin intoxication can cause sepsis and septic shocks, leading to severe hypertension, cardiovascular collapse, multiple organ failure and death.
目的：采用大鼠肠缺血再灌注模型，对创伤休克后多系统器官衰竭中肺损伤的发生机制进行研讨。
Objecctive: To explore the pathogenesis of lung injury during multiple system organ failure (MSOF) after traumatic shock by using intestinal ischemia reperfusion model of the rat.
临床主要表现为过敏反应，严重者可出现过敏性休克及多器官功能损害。
The main clinical manifestations of the ADRs were allergic reactions. In severe cases, anaphylactic shock and multiple organ dysfunctions occurred.
目的了解内毒素休克后血管反应性的变化及器官差异。
Objective to explore the changes and organ diversity of vascular reactivity following endotoxic shock.
结论内毒素休克血管反应性呈现一定器官差异，这种差异可能与内毒素休克血流动力学改变及血液重分布有关。
Conclusion There is organ diversity of vascular reactivity following endotoxic shock, which may be related to the changes of hemodynamics and blood redistribution.
任何一种休克后都可发生MODS，但以感染型最常见，器官衰竭是败血症性休克的典型特征之一。
MODS can follow any type of shock but is most common when infection is involved; organ failure is one of the defining features of septic shock.
结果：脑干功能衰竭、严重休克、多器官功能衰竭、严重肺部感染是致死原因。
Results: the brainstem function failure, serious shock, multiple organ failure, serious lung infection is the leading cause of death.
结论受伤机制、受累器官数目、休克、损伤严重程度、手术方法的选择等都是腹部创伤死亡危险因素。
Conclusion the risk factors of mortality in abdominal trauma patients include the injury mechanism, amount of organs injury, shock, injury level, operation way and so on.
不良反应累及机体多个系统-器官，临床表现复杂多样，主要表现为变态反应，严重者可出现过敏性休克。
ADR could involve in multiple organs and systems, and clinical manifestations were various, mainly were allergic reaction. Severe allergic reaction could result in anaphylactic shock.
不良反应累及机体多个系统-器官，临床表现复杂多样，主要表现为变态反应，严重者可出现过敏性休克。
ADR could involve in multiple organs and systems, and clinical manifestations were various, mainly were allergic reaction. Severe allergic reaction could result in anaphylactic shock.
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