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1、Slide 1,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,电生理培训,心脏解剖结构、电传导路径 导管定位,Slide 2,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,The Heart,三尖瓣,Slide 3,Bi
2、osense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,传导系统,希氏束,蒲氏纤维,窦房节,房室节,Slide 4,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,细胞的自率周期,Slide 5,Biosense Webster EP
3、Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,体表心电图,P,Q,R,S,T,Simplified ECG,Slide 6,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,电信号传导路径,如何测量这些时间距离 (PA, AH, HV)? 靠近这些位置获得这些部位
4、的电信号，并同其他部位的信号相比较。,Slide 7,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,在什么位置获得所要的信号?,使用电心理的标测导管: 最早电位: 窦房结 HRA 希氏束电位： 希氏束 HBE 最晚电位： 心室尖 RVA 左房电位/ 左室电位 冠状窦 CS,Slide 8,Biosense Webster EP Training 2000 Part Anatomy, Conduction S
5、ystem, and Catheter Positions Prepared by Andreas Ramller,常规电生理过程,RAO,LAO,PA,Slide 9,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,在X光下观察图象I,RAO,Slide 10,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,LAO,在X光下观察图象II,Slide 11,Biosense Webster EP Training 2000 Part Anatomy, Conduction System, and Catheter Positions Prepared by Andreas Ramller,典型基线记录图,Surface ECG,HRA,HBE,CS,RVA,