采用心内激动顺序标测及起搏标测两种方法相结合来确定消融靶点。
Adopt heart excited order mark and examine, get up and fight, and then mark and examine two method combine together then confirm and melt target order.
多电极网篮状导管可作心内膜多位点同步标测。
Multielectrode basket catheter(MBC)can be used to map multisite of endocardium simultaneously.
目的对标测导管采集点与计算机断层（CT）或核磁共振（MR）成像建立的三维心脏模型进行配准。
Objective To align the mapping points from the locations of catheter electrodes with CT/ MR image three-dimension data of the cardiac chamber.
在心动过速时应用CARTO系统标测相关心房，实时重建三维电解剖图，并用以指导射频放电消融靶点。
During tachycardia, three-dimensional electroanatomical map of the atrium of interest was created using CARTO system, and under its guidance radiofrequency(RF) pulses were delivered.
随后扫描获得的数据重建出三维图像。之后，这些图像与临床的常规电标测系统比较决定消融靶点。
The scan data was reconstructed into 3-d images and compared to the clinical electrical mapping system routinely used to determine where to apply ablations.
随后扫描获得的数据重建出三维图像。之后，这些图像与临床的常规电标测系统比较决定消融靶点。
The scan data was reconstructed into 3-d images and compared to the clinical electrical mapping system routinely used to determine where to apply ablations.
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