在母亲是心源性休克，肺水肿。
二氧化炭和臭氧可以引起肺水肿。
应检查肺部，视其是否有肺水肿。
高山肺水肿通常与肺动脉压力增加有关。
HAPE is always associated with increased pulmonary artery pressure.
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.
结果患者全部获治成功，1例曾出现肺水肿。
Result All patients were successful, 1 case had ever pulmonary edema.
吸入高浓度HF会导致喉道阻塞和急性肺水肿。
HF inhaled in high concentrations may cause glottitis (obstruction of the airway) and acute pulmonary edema.
当肺毛细血管压力明显升高时，就出现肺水肿。
When pulmonary capillary pressure is markedly elevated, pulmonary edema ensues.
当肺毛细血管压力明显升高时，就出现肺水肿。
When pulmonary capillary pressure is markedly elevated pulmonary edema ensues.
目的探讨尿毒症相关性肺水肿的特殊护理措施。
Objective To explore special nursing measures for patients with pulmonary edema related to uremia.
过敏及类过敏反应，可导致支气管痉挛及肺水肿。
Anaphylactic and anaphylactoid reactions can be associated with bronchospasm and pulmonary edema.
目的：探讨复张性肺水肿的观察要点与治疗措施。
Objective:To investigate about observation point and nursing measure of reexpansin pulmonary edema.
高原性肺水肿是一种具有致命危险的高原特发病。
High altitude Pulmonary Edema (HAPE) is an altitude idiopathic disease which causes fatal risk.
结论山莨菪碱对高原肺水肿有明显的辅助治疗作用。
Conclusion The study suggested that anisodamine might be an effective auxiliary medicine in treatment of HAPE.
肺水肿；无创正压通气；低氧血症；心功能；急性病。
Pulmonary edema; Noninvasive positive ventilation; Hypoxemia; Cardiac function; Acute disease.
目的：探讨高原性肺水肿X线影像特点及其诊断价值。
Purpose: To evaluate X ray characteristics and diagnostic value of high altitude pulmonary edema (HAPE).
目的探讨重型颅脑损伤合并神经源性肺水肿的诊断和治疗。
Objective To explore the diagnosis and treatment of severe head injury with neuronal pulmonary edema.
目的：总结多发性创伤合并急性肺水肿患者的临床特点和处理。
Objective: To summarize clinical features and treatment of multiple trauma patients with acute pulmonary edema.
用量过大，用药人因此产生肺水肿，干扰气体交换而导致死亡。
Inordinately large doses in man may cause death by interference with gaseous exchange due to development of pulmonary edema.
目的探讨了降低颅脑损伤合并急性肺水肿死亡率及致残率的方法。
Objective to discuss the methods to decrease the mortality and rate of deformity of acute pulmonary edema after head injury.
蛋白的跨肺泡上皮屏障转运在肺水肿液的清除中发挥着重要作用。
Transport of protein across the alveolar epithelial barrier is a critical process in recovery from pulmonary edema.
结论气道阻塞、支气管痉挛、肺水肿为气道压力增高的主要原因。
Conclusion Airway obstruct and bronchospasm and pneumochysis are the main reasons that result in high airway pressure.
肺水肿患者行HRCT检查并不常见，诊断需结合临床及胸片表现。
Patients with pulmonary edema are not generally imaged using HRCT, as their diagnosis is usually based on a combination of clinical and chest radiographic findings.
目的分析肾动脉狭窄导致一过性肺水肿患者的临床特点及护理体会。
Objective To analyze the clinical of flash pulmonary edema cause by artery stenosis and explore the corresponding nursing measure.
PPV对心源性肺水肿的患者十分有益，因它可减少前负荷和后负荷。
PPV is very helpful in patients with cardiogenic pulmonary edema, as it helps to reduce preload and afterload.
目的：探讨内源性组胺在家兔神经源性肺水肿(NPE)发生中的作用。
Objective To explore the role of central histamine in the onset of neurogenic pulmonary edema (NPE).
所有死亡病例均是由于严重并发症，例如EV- 71感染引起的神经源性肺水肿。
All fatal cases died of serious complications such as neurogenic pulmonary oedema due to EV-71 infection.
所有死亡病例均是由于严重并发症，例如EV- 71感染引起的神经源性肺水肿。
All fatal cases died of serious complications such as neurogenic pulmonary oedema due to EV-71 infection.
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