急性肺水肿

方法：对21例AMI并发急性肺水肿的患者进行BiPAP治疗，观察通气治疗前后临床变化及其相关指标并进行统计分析。

Methods : 21 patients with AMI complicated by acute pulmonary edema were treated by BiPAP accessory machine . The clinical changes and related parameters before and after the treatment were observed and analyzed by statistics .

方法对20例急性肺水肿（心源性和非心源性）患者在传统常规治疗同时加用BiPAP。

Methods 20 patients with acute pulmonary edema ( cardiogenic and non-cardiogenic ) were treated with nasal ( facial ) mask positive airway pressure ( BiPAP ) ventilation in addition to conventional treatment .

实验结果表明；HD对大鼠氯化铵引起的急性肺水肿有明显保护作用。

The results point out that the protective effect of hemodilution on experimental pulmonary edema was significant .

结论AMI并休克者心肌梗死面积大，急性肺水肿、心律失常和肺炎合并症多，需主动脉内气囊反搏者多。

Conclusion Shock patients more likely have pump failure , arrhythmia , and pneumonia and more often underwent intra-aortic balloon counterpulsation .

急性肺水肿伴急性冠状动脉综合征患者的30d预后

Thirty day prognosis of patients with acute pulmonary oedema complicating acute coronary syndromes

结果：2例顺利完成手术，1例于术后2h突发急性肺水肿死亡。

Results : Two patients were smooth going , but one of them died from acute lung edema two hours after operation .

结论肾上腺素所致急性肺水肿可以使家兔血浆MMS含量降低，其机制可能与应激反应有关。

Conclusion Acute pulmonary edema rabbits caused by epinephrine can reduce MMS levels in the plasma , a mechanism might be associated with stress reaction .

目的：实验观察油酸型急性肺水肿家兔血浆纤维连接蛋白（Fn）和肺表面活性物质（PS）含量的变化，以及给予山莨菪碱（654－2）后对其变化的影响。

To research the change of plasma fibronectin ( Fn ) and pulmonary surfactant ( PS ) and the effect of 654 2 on the content of Fn and PS in rabbits with pulmonary edema caused by oleic acid .

能有效地改善支气管哮喘及阻塞性睡眠呼吸暂停综合征（OSAS）的通气状态；减慢急性肺水肿患者的心率，促进心功能的恢复；

Using BIPAP ventilation , the ventilation status of patients with bronchial asthma and obstructive sleep apnea syndrome ( OSAS ) could be effectively improved , and the heart rates of patients with acute pneumochysis were slowed down , which may be beneficial for the recovery of cardiac function .

粪臭素是L-色氨酸的细菌降解产物，是引起反刍动物急性肺水肿和肺气肿（ABPE）的主要物质，同时也是产生猪肉异臭味的主要物质，严重危害家畜养殖。

Skatole , a compound formed by the bacterial degradation of tryptophan , causes acute bovine pulmonary edema and emphysema ( ABPE ) in cattle and is responsible for boar taint in pigs which may cause great damage to livestock raising .

围手术期急性肺水肿15例报告

Report of 15 Cases of Acute Pulmonary Edema Around the Surgery

经面罩机械通气治疗急性肺水肿的疗效观察

The treatment of acute pulmonary edema via face mask mechanical ventilation

流行性出血热急性肺水肿的紧急处理

Emergent therapy of acute pulmonary edema in epidemic hemorrhagic fever

宫腔镜电切术并发急性肺水肿的病因分析及防治

Pathogenesis , Treatment and Prevention of Acute Pulmonary Edema during Hysteroscopic Electroresection

肺表面活性物质防治急性肺水肿作用的实验

Protective Effects of Pulmonary Surfactant on Experimental Acute Pulmonary Edema

机械通气在抢救急性肺水肿时的临床疗效

Clinical value of mechanical ventilation in treatment of acute cardiogenic pulmonary edema

急性肺水肿4例，1例死亡。

Acute lung oedema cases and 1 case death .

急性肺水肿不同湿化剂吸氧疗效的实验研究

Effect of different humidifying agent on oxygen inhalation in acute pneumonedema of rabbits

急性肺水肿5例经验教训

An Experimental Lesson of Acute Pulmonary Edema : A Report of 5 Cases

海洛英中毒并急性肺水肿的特点和救治

The Patterns of Presentation and Treatment in Heroin Overdose Resulting in Pulmonary Edema

白细胞毒素引起大鼠急性肺水肿的实验研究

Experimental study on leukotoxin-induced acute pulmonary edema in rats

高龄患者颈内动脉支架植入术并发急性肺水肿一例

Acute pulmonary edema following internal carotid artery stent implantation in an elderly patient

急性肺水肿动物模型复制

Experiment Study of Animal Model of Acute Pulmonary Edema

结果：油酸在引起急性肺水肿的同时还可引起多脏器的损害。

Results : Oleic could induce experimental pulmonary edema and multiple organs injury .

他也没有即将发生急性肺水肿的任何征象。

Nor was there any evidence that he was going into acute pulmonary edema .

清开灵注射液对小鼠全氟异丁烯吸入性急性肺水肿的治疗作用

The therapeutic effect of Qingkailing injection on perfluoroisobutylene-inhalation induced acute pulmonary edema in mice

体外循环中急性肺水肿分析

Analysis the acute pulmonary edema in extracorporeal circulation

采用静脉注射肾上腺素造成大鼠急性肺水肿。

The acute pulmonary edema in rats was caused by intravenous injection of epinephrine .

颅脑损伤后急性肺水肿的治疗

Treatment of Acute Pulmonary Edema after Head Injury

无创正压通气联合甲泼尼龙治疗急性肺水肿

Application of noninvasive positive airway pressure ventilation combining with methylprednisolone on acute pulmonary edema