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CARTO XP系统中CARTO电解剖图的数据提取
引用本文:关燕妮,李亚芬,舒丽霞,龙德勇,王普. CARTO XP系统中CARTO电解剖图的数据提取[J]. 北京生物医学工程, 2011, 30(1): 5-9. DOI: 10.3969/j.issn.1002-3208.2011.01.02
作者姓名:关燕妮  李亚芬  舒丽霞  龙德勇  王普
作者单位:关燕妮 (北京工业大学电子信息与控制工程学院,北京100124) ; 李亚芬 (首都医科大学附属北京安贞医院-北京市心肺血管疾病研究所,北京100029) ; 舒丽霞 (北京工业大学电子信息与控制工程学院,北京,100124) ; 龙德勇 (首都医科大学附属北京安贞医院-北京市心肺血管疾病研究所,北京,100029) ; 王普 (首都医科大学附属北京安贞医院-北京市心肺血管疾病研究所,北京,100029) ;
摘    要:利用CARTO XP系统指导心房颤动消融手术是当今临床研究的热点,手术消融的最终效果取决于心脏CT图像与CARTO XP系统生成的电解剖图的配准精度.然而,由于CARTO XP系统图像文件为专属的dicm格式,现有的DICOM浏览器只能读取三维CARTO电解剖图在某一体位的二维截图,相关研究非常少,数据格式的不兼容严重阻碍了心脏CT与CARTO电解剖图的算法研究.本文在详细阐述CARTO电解剖图像格式的基础上,给出用MATLAB提取相应数据信息的具体方法,然后根据标测点位置信息重建出心腔内壁关键点的三维点图.本方法避免了使用仿真软件绘制CARTO电解剖图形带来的主观性差异,为后续的配准算法研究提供了很好的实际数据支持.

关 键 词:CARTO电解剖图  标测点  数据提取

The Data Extraction of CARTO Electro-Anatomical Map from CARTO XP System
GUAN Yanni,LI Yafen,SHU Lixia,LONG Deyong,WANG Pu. The Data Extraction of CARTO Electro-Anatomical Map from CARTO XP System[J]. Beijing Biomedical Engineering, 2011, 30(1): 5-9. DOI: 10.3969/j.issn.1002-3208.2011.01.02
Authors:GUAN Yanni  LI Yafen  SHU Lixia  LONG Deyong  WANG Pu
Affiliation:1.School of Electronic Information & Control Engineering, Beifing University of Technology, Beijing 100124 ; 2 Beijing Heart Lung & Blood Vessel Disease Research Institute, Gapital University of Medical Sciences,Anzhen Hospital, Beifing 100029)
Abstract:Atnai fibrillation ablation guided by CARTO XP system, which relies on the registration accuracy between the CARTO electro-anatomical map and the computed tomography (CT) image, is a clinical research hotspot nowadays. To register the two images, we first need to read the electro-anatomical map from the CARTO XP system. However, due to the unique dicta format of CARTO electro-anatomical map, existing DICOM viewers can only read a 2D screenshot of the 3D electro-anatomical map. In this study, we first discussed the format of CARTO electro-anatomical map, and then extracted the information of the mapping points using MATLAB. Finally we reconstructed the 3D spot chart for the heart inner chambers according to the positional information of mapping points. Our method can avoid the subjective difference caused by CARTO electro-anatomical map simulation, and provide the actual data support for the following study on registration algorithm.
Keywords:CARTO electro-anatomical map  mapping points  data extraction
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