hape

The HAPE Animal Model Establishment and the Its Mechanism Studies

高原肺水肿动物模型复制及发病机制研究

To explore the effects of changes of cardiac function on HAPE .

目的：探讨心功能改变在高原肺水肿患者发病中的作用。

Treatment and Evaluation of severe HAPE With Non-invasive Positive Pressure Ventilation

评价无创正压通气在治疗急性高原性肺水肿危重患者的意义及呼吸治疗的探讨

HAPE is always associated with increased pulmonary artery pressure .

高山肺水肿通常与肺动脉压力增加有关。

The accuracy of CT diagnosis in HAPE was 100 % .

对于高原肺水肿，CT诊断的准确率达100%。

Changes in blood gas , cardiac structure and function of Haap and HAPE

急性高原反应高原肺水肿的心脏结构心功能及血气改变

Changes of level of serum myoglobin and lactic acid in patients with HAPE

高原肺水肿患者血清肌红蛋白和血乳酸浓度的变化

The relationship between plasma GMP-140 levels and the occurrence of HAPE

血浆GMP-140变化与高原肺水肿的关系探讨

Automated hape analysis model in axially loading during CT examination of the lumbar spine

一种用于腰椎负荷CT检查的自动形态分析模型

This paper also points out the HFJV is an efficient way to save serious HAPE patients .

提示：HFJV是抢救危重型高原肺水肿最有效的方法。

The characteristics of inflammation in patients with HAPE

高原肺水肿患者炎症性质的研究

Material and Methods : The chest film of 54 cases with HAPE was analyzed within three days of onset .

材料和方法：分析54例高原性肺水肿患者发病2天内胸片特点。

Conclusions : Significant effects of treatment are found in retina when NO is used to cure the acute HAPE .

结论：NO对高原缺氧性视网膜改变有显著疗效。

Purpose : To evaluate X ray characteristics and diagnostic value of high altitude pulmonary edema ( HAPE ) .

目的：探讨高原性肺水肿X线影像特点及其诊断价值。

Methods : we can use the particles accounter to test the leakage of HAPE filter . Results ;

方法：用尘埃粒子计数器检测高效过滤器是否有泄漏现象。

Rats exposed to simulated altitude of 6000m for 24 hours was used as HAPE animal model .

低压舱模拟海拔6000m急性缺氧24h制备大鼠HAPE的动物模型。

The changes in blood gas , cardiac structure and function of HAPE were more obvious than HAAP 's.

HAPE的心脏结构和功能改变较HAAP明显。

High Altitude Pulmonary Edema ( HAPE ) is an altitude idiopathic disease which causes fatal risk .

高原性肺水肿是一种具有致命危险的高原特发病。

METHODS : Thirty-two patients with HAPE and 35 patients with lobular pneumonia were included in this study .

方法：32例HAPE，35例小叶性肺炎患者纳入观察。

Objective To evaluate the clinical effects and mechanism of anticholinergics in treating high altitude pulmonary edema ( HAPE ) .

目的评估抗胆碱药对高原肺水肿（HAPE）的临床疗效及探讨其作用机制。

In addition , intermittent supplying of 35 % oxygen every 4h could prevent the HAPE of rat effectively as well .

另外，4h间断供给含氧35%气体同样可以有效预防大鼠在6000m出现的高原肺水肿。

Drugs that can selectively lower pulmonary artery pressure have been shown to be of benefit in preventing and treating HAPE .

可选择性降低肺动脉压力的药物已被证实有预防与治疗高山肺水肿的效益。

Objective : To investigate the effects of nipride on treatment of patients with high altitude pulmonary edema ( HAPE ) .

目的：了解高原肺水肿发病诱因，以进一步提高对该病的防范。

Objective : To describe the relationship between water-electrolyte dysbolism and high altitude pulmonary edema ( HAPE ) .

目的：探讨水、电解质代谢障碍与高原肺水肿发生的关系；

The results showed that patients with HAAR and HAPE had hypoxemia , cardiac insufficiency , disturbances of fluid metabolism and cerebral edema .

结果表明二者均有低氧血症，心功能不全，体液代谢异常以及脑水肿表现。

The results showed that the humoral immune had an important role on the incidence of HAPE and this disease wasn 't a kind of infectious inflammations .

提示本病的发生和急性炎症的形成中，体液免疫是一个重要的促发因素。表明该病确为非感染性炎症。

Objective To explore the relationship of plasma interleukin-6 in patients with acute high altitude cerebral edema ( HACE ) and pulmonary edema ( HAPE ) .

目的探讨急性高原脑水肿（HACE）和急性高原肺水肿（HAPE）与血浆白细胞介素-6（IL-6）之间的关系。

AIM : The purpose of this study was to evaluate the mechanism of high altitude pulmonary edema ( HAPE ) and high altitude acute response ( HAAR ) .

目的：探讨急性高原反应（HAAR）及高原肺水肿（HAPE）的发病机理。

Impact of pulmonary-artery pressure for hyperbaric oxygenation ( hbo ) treatment of high altitude pulmonary edema ( hape ) on the spot of extreme altitude

特高海拔现场高压氧治疗对肺水肿病人肺动脉压的影响

Result : The temperature , the amount of the blood WBC and the level of the serum C-reactive protein immunoglobulin in patients with HAPE were significantly increased compared with those in control .

结果：高原肺水肿患者外周血中C-反应蛋白含量、外周血白细胞计数及体温值均显著高于对照组；