hemorrhagic shock

Objective To explore the interferential effect of Leonurus heterophyllus injection ( LHI) on lymph circulation during the recovery of hemorrhagic shock in rats.

目的探讨益母草注射液（LHI）对失血性休克转归时淋巴循环的干预作用。

Clinical study of autotransfusion of blood collected by the chest tube in hemorrhagic shock due to chest trauma

经胸管回收自体血治疗胸外伤失血性休克的临床研究

Application of HES in Treatment of Early Stage of Acute Hemorrhagic Shock

贺斯在急性失血性休克早期的应用

Conclusion AHL can obviously improve lymph microcirculation disturbance in rats with hemorrhagic shock.

结论AHL能明显改善失血性休克大鼠的淋巴微循环障碍.

Characteristic Changes of ATP sensitive Potassium Channels in Arteriolar Smooth Muscle Cells During Severe Hemorrhagic Shock

重症休克时细动脉平滑肌细胞膜ATP敏感钾通道的变化

Experimental study on gut-derived endotoxemia and the changes of TNF, IL-1 levels following hemorrhagic shock in rats

大鼠出血性休克后肠源性内毒素血症及TNF、IL-1变化的动态观察

Increased sensitivity to endotoxin and its molecular mechanism after hemorrhagic shock

失血性休克对内毒素的增敏作用及其分子机制

After hemorrhagic shock, serum NO in both groups increased to some extent.

失血性休克后，两组的血清NO水平均有一定程度上升。

Effect of naloxone and anisodamine on vascular response to norepinephrine during the period of vascular hyposensitivity in hemorrhagic shock

纳洛酮、山莨菪碱抗休克治疗对血管收缩反应性的影响

A study on safe time limit of high concentration oxygen therapy in rabbits with hemorrhagic shock in high altitude

高浓度氧疗用于高原失血性休克的安全时限研究

Effects of Three Kinds of Hyoscyamine on Different Tissue Oxygen Consumption in Hemorrhagic Shock Rats

三种莨菪类药物对失血性休克大鼠不同组织氧耗量的影响

Effect of naloxone on vascular response to norepinephrine and the change of nitric oxide during the period of vascular hyposensitivity in hemorrhagic shock rabbit

纳络酮对失血性休克失代偿期血管收缩低反应性影响与血一氧化氮浓度变化的研究

Effect of Carnitine on Blood Lactic Acid and Base Excess in Resuscitation of Hemorrhagic Shock Rabbits

卡尼汀对失血性休克兔复苏过程中血乳酸和剩余碱变化的影响

Cases died of hemorrhagic shock, wound shock, MODS in 24 hours after trauma;

伤后24h内死于失血性、创伤性休克、多脏器功能衰竭8例；

Immunoreactive beta-endorphin ( ir-β-EP) concentrations in cerebrospinal fluid ( CSF) and plasma of dogs were tested simultaneously with and without thyrotropin-releasing hormone ( TRH) during severe hemorrhagic shock.

采用狗重度失血性休克模型，同时动态测定了休克及应用促甲状腺素释放激素（TRH）后，狗脑脊液（CSF）和血浆的β－内啡肽样免疫活性物质（ir－β－EP）含量变化。

Arterial bleeding was done to induce experimental hemorrhagic shock. The plasma contents of angiotensin ⅰ and angiotensin ⅱ were mea-sured by radio-immunoassay before hemorrhage and in different stages after hemorrhage.

劝脉放血造成实验性失血性休克，在放血前和放血后不同阶段分别用放射免疫法测定血浆血管紧张素Ⅰ、Ⅱ的含量。

2 Medicine in experiment: amobarbital sodium; Methods: 1. Hemorrhagic shock model: Wister rats ( 250-300g) were anesthetized with 4.5% amobarbital sodium ( 80mg/ Kg i.p.) in room temperature ( 25 ℃).

实验方法：1.失血性休克模型的建立：Wister大鼠（体重250-300g）雌雄不限，用4.5%异戊巴比妥（80mg／kg）在25℃室温下腹腔内给药麻醉。

Cases died ( 10.7%). Among them, 2 cases died from hemorrhagic shock and 1 cases died from MODS.

死亡3例（10.7%），2例死于出血性休克，1例死于多器官功能障碍综合征（MODS）。

Experimental Study of Blood Pressure Automatic Control System Applied to Treatment of Hemorrhagic Shock Rabbits

血压自动控制系统应用于抗失血性休克的实验研究

Protective effect of ginseng fruit saponin on myocardium in hemorrhagic shock dogs

人参果皂甙对失血性休克犬心肌的保护作用

Conclusion If the host has endotoxemia after hemorrhagic shock, TNF and IL-8 might be overproduced.

结论失血性休克后，再出现内毒素血症，会引起TNF、IL-8的过量释放。

Conclusion LHI improves the disturbance of lymph circulation in hemorrhagic shock by enhancing the transport function of lymph circulation and decreasing lymph fluid viscosity.

结论LHI能通过增强淋巴转运功能、降低淋巴液黏度而改善失血性休克时的淋巴循环障碍。

Objective To study the curative effect of autologous blood transfusion on continuous abdominal hemorrhagic shock and the ability of autologous blood transfusion machine to clean the contaminated blood.

目的研究自体血回输技术救治腹部伤连续失血性休克犬时，对其重要脏器的保护作用，并研究自体血回收机对污染血液的处理能力。

Conclusion HES can improve vascular reactivity during hemorrhagic shock by inhibiting plasma contents of NO and NOS.

结论HES130/0.4和HES200/0.5可通过降低血浆NO和NOS含量，从而改善休克大鼠的血管反应性。

Therapeutic effect of thyrotropin releasing hormone on pulmonary contusion and hemorrhagic shock

促甲状腺素释放激素对犬肺挫伤合并休克的治疗作用

Influence of Hypertonic Solution on Lung and Vascular Endothelial Cell Injury Caused by Secondary Attack of Endotoxin after Hemorrhagic Shock

高张溶液复苏对失血性休克-内毒素二次打击所致肺和血管内皮细胞损伤的影响

Role of large conductance calcium-activated potassium channel of arteriolar smooth muscle cells in cell membrane hyperpolarization after severe hemorrhagic shock

平滑肌大电导钙激活钾通道在重症失血性休克细胞膜超极化中的作用

Effect on ovarian function and structure during acute hemorrhagic shock in rats

失血性休克大鼠卵巢功能和结构的变化

CONCLUSION MCI-154 has satisfied therapeutic effect on hemorrhagic shock, which maybe related to its positive inotropic effect for cardiac function and increasing blood flow volume.

结论MCI154有较满意的抗失血性休克效应，其机理可能与增强休克动物心脏功能和增加主要器官血流量有关。

Results Hemorrhagic shock and LPS-challenge induced lung neutrophil infiltration and erythrocyte effusion.

结果在失血性休克和LPS刺激后肺部出现明显的中性粒细胞浸润、红细胞渗出。