Background Aortic balloon occlusion has been introduced into sacral tumor surgery to reduce extensive hemorrhage.
为了减少大出血，大血管球囊闭塞被引入骶骨肿瘤手术中。
To analysis the clinical application value of internal carotid artery cured by permanent balloon occlusion, which with a negative result on BOT.
BOT阴性者行颈内动脉可脱性球囊永久性闭塞治疗，分析其临床应用价值。
The methods of target septal branch selection included balloon occlusion test, angiography through the catheter lumen, and ultrasonic echocardiogram monitor.
冠脉间隔支选择造影后经球囊试堵、导管中心腔造影及床旁超声心动图监测确定靶间隔支。
CFI was reassessed during transient balloon occlusion 5 minutes and 24 hours after PCI in the first 29 patients and at 6 months in the subsequent 25 patients.
重复测量cfi，对于最初的29位患者是在PCI后5 min短暂球囊阻塞时和术后24小时，后来的25位患者是在术后6个月时。
Currently, treatment options include conservative management with serial imaging, endovascular ICA balloon occlusion, endovascular coil placement, covered stent, or surgery.
当前，治疗的方式包括连续观察的保守疗法，ICA球囊阻塞，血管内线圈置入，隐蔽性支架或外科手术。
Objectives This experiment is aimed to study the influence of instant and gradual reperfusion on lung reperfusion injury in the modified balloon occlusion model using Swan-Ganz catheter.
目的建立肺栓塞相关肺缺血-再灌注损伤动物模型，比较快速和逐步再灌注对肺再灌注损伤的影响。
The distal balloon protection device can be used in the patients with AMI suffering from coronary arterial thrombosis or occlusion.
AMI若冠状动脉内以血栓性或闭塞性病变为主，应积极联合使用远端球囊保护系统。
Conclusion The vertebral artery occlusion with balloon or GDCs is an effective and safe method in treating posterior circulation intracranial unclipped aneurysms.
结论血管内椎动脉闭塞治疗后循环不可夹闭动脉瘤是一种有效、安全的治疗方法。
Both the minimum and maximum balloon expansions were simulated in the coronary artery assuming the vessel lumen diameter is narrowed by a 75% occlusion.
同时扩张冠状动脉血管腔直径假设被模拟的最小和最大气球是75%闭塞所收窄。
Postconditioning was deployed immediately after generation of reperfusion with four low-pressure balloon inflations, with each occlusion lasting 30 seconds followed by 30 seconds of reperfusion.
使用四个低压球囊扩张再灌注后立即进行后处理，每次再灌注30秒后接着闭塞30秒。
Conclusions: Echocardiography can be used for guidance of Amplatzer occlusion device of ASD with solid edge without the measurement of balloon expanding size of ASD.
结论：对于周缘较硬的房缺，经食管超声心动图可直接指导封堵器大小的选择和封堵。
Conclusions: Echocardiography can be used for guidance of Amplatzer occlusion device of ASD with solid edge without the measurement of balloon expanding size of ASD.
结论：对于周缘较硬的房缺，经食管超声心动图可直接指导封堵器大小的选择和封堵。
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