This gene codes for a receptor - nicknamed a Toll-like receptor - that binds to a bacterial product involved in septic shock.
这个基因编码一个受体，称为Toll样受体，这种受体可以结合到参与感染性休克的细菌产物上。
Septic shock and multi organ failure were the predicting factors of poor prognosis.
感染性休克与多脏器功能衰竭是预后不良的先兆因素。
In this case, because it is caused by bacterial toxins, it is called septic shock.
在这种情况下，因为它是造成细菌毒素，这是所谓的感染性休克。
In many inflammatory diseases such as septic shock (9), and psoriasis (10) the change in protein tyrosine kinase activity has been shown.
在许多炎症性疾病，如感染性休克(9)，与银屑病(10)，酪氨酸蛋白激酶的活动会表现出变化。
All of the septic shock patients were free from heart or renal failure.
所有的感染性休克患者没有心脏或者肾脏衰竭。
Septic shock (36.2%) and heart failure (20.6%) were major lethal causes, while only 14.6% died of respiratory failure.
脓毒性休克(36.2%)与心功能衰竭(20.6%)是主要死亡原因，仅14.6%患者死于呼吸衰竭。
Septic shock and multisystem organ failure (MSOF) are main lethal factors in aged AOSC.
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 often follows a bacterial infection, and is characterized by the overwhelming release of pro-inflammatory cytokines by the body's immune system.
败血症性休克常发生在细菌感染后，以机体免疫系统释放出大量的致炎(炎症前)细胞因子为特征。
The researchers' study involved a comparison of BNP levels in 13 patients with septic shock, 18 with early sepsis, and 18 healthy age-matched controls.
研究者的研究涉及了各组病例间的BNP水平比较，13例感染性休克患者，18例早期脓毒血症，年龄匹配的18例健康对照。
Objective To study the effect of continuous renal replacement therapy(CRRT) on septic shock complicated with multiple organ dysfunction syndrome(MODS).
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。
Treatment of septic shock is properly based on prevention.
感染性休克的真正治疗在于预防。
Among septic shock patients, a drop in BNP levels during follow-up was predictive of survival, whereas continuation of high levels correlated with death.
感染性休克的患者中间，随访中BNP水平下降能预测生存率，而持续高水平与死亡相关。
Is cortisol necessary for severe sepsis or septic shock?
严重脓毒症及感染性休克时是否需用皮质醇？
The mortality in septic shock may be over 60%.
死亡率在感染性休克，可能有超过60 %。
Septic shock, one of the most severe complication, is deadly, its mortality varies from 35%-70%.
脓毒症休克这一最严重的并发症是致命性的，死亡率达35-70%。
Clinically, septic shock caused by sepsis is a frequent cause of death for patients in intensive care.
在临床上，因脓毒血症所导致的脓毒症性休克是重症监护患者最常见的死亡原因。
Multi-organ failure and septic shock were the predicting factors of poor prognosis.
多脏器功能衰竭与感染性休克是预后不良的先兆因素。
Objective to observe the changes of plasma elastin peptide (ep) level in septic shock patients, and to investigate the effects that ep engender on the hemodynamics during septic shock.
目的观察感染性休克患者血浆中弹性蛋白肽(EP)水平的变化，探讨其在感染性休克期间血流动力学改变中所起的作用。
Blood gas analysis is of great value to early diagnosis and treatment of septic shock.
血气分析对感染性休克的早期诊断和临床治疗具有重要的临床价值。
If left untreated, the bacterial blood condition can develop into septic shock.
如果不及时治疗，血中细菌可能会导致感染性休克。
Results 89 cases of patients cured, 11 improved, one cases of deaths, died of severe septic shock.
结果本组病例治愈89例，好转11例，死亡1例，死于重度感染性休克。
CONCLUSION Penehvclidine Hydrochloride would be one of the ideal vasoactive drugs in treatment for septic shock.
结论长托宁是脓毒性休克患者较理想的血管活性药。
Conclusion: lactate-directed treatment greatly improves the physiological status and mortality of septic shock patients.
结论：血乳酸目标指导性治疗可改善感染性休克患者的生理指标和死亡率。
ObjectiveTo evaluate clinical significance of the monitoring of oxygen metabolic variables in septic shock patients.
目的评价脓毒性休克患者氧代谢参数监测的临床意义。
Objective to study the effects of methylene blue (MB), a soluble guanylate cyclase inhibitor, on intestinal perfusion and oxygenation in dogs with septic shock.
目的研究鸟苷酸环化酶抑制药亚甲蓝对感染性休克犬肠道灌注和氧合的影响。
However, not everyone is convinced of the predictive value of BNP levels in patients with septic shock.
然而，并不是每个人都相信能预测感染性休克患者BNP水平。
However, not everyone is convinced of the predictive value of BNP levels in patients with septic shock.
然而，并不是每个人都相信能预测感染性休克患者BNP水平。
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