CPB中含氧血持续肺动脉灌注对CPB中肺损伤有保护作用。
Continuous pulmonary artery perfusion with oxygenated blood during CPB demonstrates the protection of lung vascular endothelial cell.
结论：CP B术后存在肺损伤，CPB中含氧血持续肺动脉灌注可减轻肺损伤。
Conclusion lung injury exists after the surgery by CPB. Continuous pulmonary artery perfusion with oxygenated blood during CPB can decrease the lung injury.
探讨体外循环(CPB)期间含氧血持续肺动脉灌注对CPB中肺损伤的保护作用。
To study the effect of continuous pulmonary artery perfusion with oxygenated blood on lung vascular endothelial cell injury during cardiopulmonary bypass (CPB).
PAI组于肺叶切除后行选择性肺动脉灌注化疗；VI组则于术后行外周静脉化疗。
The PAI group received chemotherapy via pulmonary artery, while the vi group received chemotherapy via peripheral vein.
目的：研究体外循环早期单次肺动脉灌注含左旋精氨酸的低钾右旋糖酐液对肺的保护作用。
Objective: To research the protection of pulmonary artery single perfusion with low potassium dextran (LPD) contains L-Arginine at earlier period of cardiopulmonary bypass (CPB).
结论：在心肺联合移植术中采用改良LPD液对供体肺行肺动脉灌注具有良好的肺保护效果。
Conclusion Modified LPD as lung flush solution of the donor during heart-lung transplantation demonstrates an excellent effect of lung protection.
目的：探讨体外循环（CPB）期间含氧血持续肺动脉灌注对心脏瓣膜置换患者的肺保护作用。
Objective To determine the lung protection of continuous pulmonary artery perfusion with oxygenated blood during cardiopulmonary bypass (CPB).
目的研究体外循环（CPB）期间改良低钾右旋糖酐（LPD）溶液肺动脉灌注对CPB术后全身炎症反应的影响。
Objective To study the effect of pulmonary artery perfusion with the modified low-potassium dextran(LPD) solution on cardiopulmonary bypass(CPB)-induced systemic inflammatory response.
目的探讨体外循环(CPB)期间低温改良低钾右旋糖酐(LPD)溶液肺动脉灌注对CPB中肺血管内皮细胞损伤的保护作用。
Objective To test the effect of pulmonary artery perfusion with modified low-potassium dextran (LPD) solution on lung vascular endothelial cell injury during cardiopulmonary bypass (CPB).
结论选择性肺动脉灌注化疗用于肺叶切除术后的肺癌患者，能够杀灭和抑制局部微转移灶，减少局部复发和远期血行转移的发生率，提高长期生存率。
Conclusion Pulmonary artery infusion for lung cancer patients after lobectomy can reduce the post operative recurrence and metastasis and improve the long term survival rates.
目的评价放射性核素肺灌注显像在诊断急性肺动脉栓塞中的价值。
Objective To evaluate the clinical value of radionuclide pulmonary perfusion imaging in diagnosing acute pulmonary embolism.
方法对临床怀疑有急性肺动脉栓塞的25例患者进行了放射性核素肺灌注显像，同时行双下肢深静脉显像。
Methods Radioactive pulmonary perfusion imaging was performed in 25 patients clinically suspected for acute pulmonary embolism, meanwhile, imaging of deep veins of lower limb was taken.
二聚体检测、超声心动图、下肢静脉多普勒、肺通气灌注扫描、选择性肺动脉造影，可确诊。
Syptoms were considerably serious. Diagncsis was based on D-Dimers, ultrocardiogrophy, leg vein doppler, perfusion lung scanning and selective pulmonary angiography.
结论：体外循环期间肺动脉持续灌注含氧血可减轻肺损伤。
Conclusion: Continuous pulmonary artery perfusion with oxygenated blood during CPB demonstrates the protection effect of lung vascular endothelial cell.
目的探讨双向腔肺动脉吻合术（BCPS）术后肺血流灌注不足患儿吸入一氧化氮（NO）的疗效。
Objective To evaluate the therapeutic effect of nitric oxide(NO) inhalation on children with insufficient pulmonary perfusion after bidirectional cavopulmonary shunt(BCPS).
目的：探讨血浆心钠素含量和肺灌注显像判定肺动脉高压的程度及其意义。
Objective: Our aim was to study the levels of atrial natriuretic peptide (ANP) and pulmonary perfusion imaging in determining of pulmonary artery hypertension (PAH).
目的：采用相位对比法磁共振成像(MRI)测量肺动脉血流量，探讨并评价两肺的血流灌注情况。
AIM: to measure the flow volume of pulmonary arteries by using phase contrast magnetic resonance imaging (MRI) and to investigate the values of phase contrast MRI in assessing pulmonary perfusion.
阐述家兔急性周围型PE的CT表现及肺实质改变征象的病理学基础，评估CTPA对肺动脉较小分支PE的诊断价值及其显示肺栓塞低灌注区的能力。
To assess the diagnostic value of CTPA in the diagnosis of rabbit's peripheral PE, small branches of pulmonary arteries, and its ability of displaying for the hypo-perfusion parenchyma area.
如果以溶栓治疗有效为标准则准确率增至100%。溶栓疗效观察肺灌注显像与肺动脉造影二者结果一致。
If the standard was that thrombolytic therapy and pulmonary angiogram was effective, the accuracy was raised to 100%, perfusion scan completely accorded with pulmonary angiogram.
如果以溶栓治疗有效为标准则准确率增至100%。溶栓疗效观察肺灌注显像与肺动脉造影二者结果一致。
If the standard was that thrombolytic therapy and pulmonary angiogram was effective, the accuracy was raised to 100%, perfusion scan completely accorded with pulmonary angiogram.
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