1) Irrigated-tip catheter ablation
灌注消融导管
1.
Irrigated-tip catheter ablation for electrical isolation of atrium-pulmonary vein to treat paroxysmal atrial fibrillation;
应用盐水灌注消融导管进行肺静脉-心房电隔离治疗阵发性心房颤动
2) irrigated-tip catheter
灌注导管
1.
Objective:To evaluate the usefulness and the safety of applying irrigated-tip catheters in treating patients with right accessory pathways(AP)resistant to conventional catheter abalation.
结论:冷盐水灌注导管对难治性右侧旁路是一种安全有效治疗方法。
4) ablation catheter
消融导管
1.
Three dimension electro anatomic mapping technology,novel catheter navigation and new type ablation catheters fundamentally promote the efficacy of catheter ablation and are changing the clinical practice of catheter ablation of atrial fibrillation.
三维电解剖标测技术、以磁导航为代表的新型导管导航技术以及新型消融导管的出现极大地促进了房颤导管消融技术的提高,改变了房颤导管消融的临床实践。
5) Catheter ablation
导管消融
1.
P-wave Morphology and Impact on Catheter Ablation of Focal Atrial Tachycardia Originating from Different Anatomic Sites;
不同起源部位局灶性房性心动过速的心电图P波形态分析及导管消融
2.
Catheter ablation of ventricular arrhythmia originating from right ventricular outflow tract;
右室流出道室性心律失常的射频导管消融体会
3.
Catheter ablation for atrial fibrillation guided by 3 dimensional mapping combined with pulmonary vein circumferential mapping;
三维标测与肺静脉环状标测联合应用于心房颤动导管消融术
6) Perfusion ablation of portal vein
门静脉灌注消融
补充资料:冰川消融
冰川消融 由冰的融化和蒸发引起冰川消耗的现象,它是冰川物质消耗的主要方式。太阳直接辐射和近地层大气湍流交换是引起冰川消融的主要热源,冰面性质、冰川所在高度和坡向以及天气状况对消融也有影响。消融主要发生在夏季和白天,因而,具有日、季和年的变化。其数量取决于冰川所在纬度(温度)和冰面污染程度。冰川消融的方式有冰面消融、冰内消融和冰下消融,而以冰面消融为主。研究冰川消融是分析、预测冰川进退的重要途径,是山区公路与桥梁设计的依据,是了解河流补给状况,开发利用冰川资源的基础。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条