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1 th sustained VT underwent combined endo- and epicardial mapping.
2     Fibrillation patterns were assessed with epicardial mapping.
3 density mapping catheter and frequently used epicardial mapping.
4  electrodes (1.6-mm resolution) was used for epicardial mapping.
5 l if epicardial ablation was performed after epicardial mapping.
6                              High-resolution epicardial mapping (192 unipolar electrodes, interelectr
7                                       During epicardial mapping, 46% of the points showed an adequate
8 ore than two thirds of patients selected for epicardial mapping after failed ablation had an epicardi
9                                              Epicardial mapping and ablation are needed in some patie
10                                 Percutaneous epicardial mapping and ablation are successful in some p
11  atrial fibrillation (AF) after percutaneous epicardial mapping and ablation for ventricular tachycar
12 e of the pericardial space to allow catheter epicardial mapping and ablation in the electrophysiology
13                                              Epicardial mapping and ablation of accessory pathways th
14       We report the outcomes of percutaneous epicardial mapping and ablation of ventricular arrhythmi
15                                  Endocardial-epicardial mapping and ablation strategy is needed to tr
16 A voltage mapping, which is important during epicardial mapping and ablation.
17                                   The use of epicardial mapping and radiofrequency is likely to impro
18 eflection index and early use of transvenous epicardial mapping are critical to avoid protracted and
19 sue were established on the basis of in vivo epicardial mapping data in 8 additional normal animals.
20                                              Epicardial mapping demonstrated complete conduction bloc
21                                 We conducted epicardial mapping in Langendorff-perfused hearts, patch
22 A) voltage maps obtained during percutaneous epicardial mapping in order to determine the fat thickne
23 lar outflow tracts, we obtained percutaneous epicardial mapping in the first five patients and perfor
24                   METHODS AND Intraoperative epicardial mapping (interelectrode distances 2 mm) of th
25                                              Epicardial mapping of both atria was performed with a 51
26                                 We performed epicardial mapping of chronic AF in patients undergoing
27 formed high-density, simultaneous, biatrial, epicardial mapping of persistent and LSP AF in patients
28 le, both endocardially and epicardially, and epicardial mapping of the left ventricle were performed
29                            We also performed epicardial mapping of the LV in patients with RVF after
30  surgery (male:161, 63+/-11 years) underwent epicardial mapping of the right atrium, Bachmann bundle,
31 f the right superior PV-LA junction using an epicardial mapping plaque.
32                          Of 6889 endocardial-epicardial mapping point pairs, 547 (8%) pairs with dist
33    After 5 to 7 days, dogs were studied with epicardial mapping, programmed premature stimulation in
34                    In 49 patients undergoing epicardial mapping, real-time multidetector computed tom
35                                 Accordingly, epicardial mapping revealed a markedly enhanced homogene
36                                              Epicardial mapping showed that monomorphic VT, bidirecti
37                    We performed computerized epicardial mapping studies in 10 dogs, using 19-beat pac
38 rrhythmic source; however, novel endocardial-epicardial mapping surface indices can be used to determ
39                                              Epicardial mapping, tagged MRI, and hemodynamics were ob
40                With combined endocardial and epicardial mapping, the isthmus could be identified in 5
41 typically be identified with the addition of epicardial mapping, the isthmus is less commonly identif
42                  Patients with BrS underwent epicardial mapping to identify areas of abnormal electro
43                                              Epicardial mapping using 1792 bipolar electrodes (1-mm s
44                                 Simultaneous epicardial mapping using CARTO (Biosense-Webster, CA) an
45                                              Epicardial mapping was conducted in a porcine Langendorf
46                                              Epicardial mapping was helpful in guiding endocardial ab
47                                              Epicardial mapping was performed in 15 patients.
48                                              Epicardial mapping was performed in 29 (64%).
49                               Transcutaneous epicardial mapping was performed in a consecutive series
50                                              Epicardial mapping was performed with 253 unipolar elect
51                 In 13 patients, percutaneous epicardial mapping was performed, but because of adjacen
52 e mean fluoroscopy times for endocardial and epicardial mapping were 27+/-23 seconds (range, 0 to 105
53 ated endocardial mapping, and ablation after epicardial mapping yielded no early activation site.