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Hands-On Ablation

Hands-On Ablation

Amin Al-Ahmad | David J. Callans | Henry H. Hsia | Andrea Natale | Oscar Oseroff | Paul J. Wang

(2017)

Additional Information

Book Details

Abstract

Clinically useful approaches for the effective diagnosis and ablation of arrhythmias.

This updated and expanded Hands-On Ablation, The Experts' Approach, Second Edition is a comprehensive and unique book that gives an inside look at leading electrophysiology labs throughout the world and provides the reader with useful information and tips for ablation procedures directly from the experts themselves.

  • Each chapter highlights the practical knowledge of the expert author with a specific procedure.
  • “Hands-on” detail that helps translate new ideas and innovations into practice for the most state-of-the-art patient care.
  • In-depth “how-to” approaches are described for over 50 procedures, including ablations for supraventricular tachycardia, atrial fibrillation, and ventricular tachycardia. 
  • A valuable reference for every electrophysiology lab to help differentiate diagnostic challenges.
  • Fully illustrated with over 170 videos and 550 figures.

New in the Second Edition:

  • Chapters detailing the latest complex approaches to ablation of both atrial and ventricular arrhythmias.
  • A section on approaches to left atrial appendage closure.
  • An update of new technologies used for arrhythmia treatment.
  • 14 new chapters (59 total), 34 new videos (170 total), and 210 new figures (550 total).

EDITORS

AMIN AL-AHMAD MD
Texas Cardiac Arrhythmia Institute at St. David’s Medical Center, Austin, Texas
DAVID J. CALLANS MD
University of Pennsylvania Health System, Philadelphia, Pennsylvania
HENRY H. HSIA MD
University of California, San Francisco, San Francisco, California
ANDREA NATALE MD
Texas Cardiac Arrhythmia Institute at St. David’s Medical Center, Austin, Texas
OSCAR OSEROFF MD
Bazterrica Clinic, Buenos Aires, Argentina
PAUL J. WANG MD
Stanford University, Stanford, California

Table of Contents

Section Title Page Action Price
Cover i
Title Page iii
Copyright iv
Dedications v
Contents vii
Contributors xi
Foreword xix
Preface xxi
Abbreviations xxiii
Video Descriptions xxvii
Section I: Ablation of SupraventricularTachycardia 1
Chapter 1: How to Rapidly Diagnose Supraventricular Tachycardia in the Electrophysiology Lab 3
Introduction 3
Preprocedure Planning 4
Vascular Access and Catheter Placement 4
Baseline Observations in the EP Lab 4
Tachycardia Characteristics 6
Pacing Maneuvers During Tachycardia 7
Conclusions 11
References 12
References 13
Chapter 2: How to Ablate Typical and Reverse Atrial Flutter 13
Introduction 13
Preprocedure Planning 15
Procedure 15
Ablation 20
Differential Pacing 21
Postprocedure Care 24
Procedural Complications 24
Conclusions 25
References 25
Chapter 3: How to Ablate Atrial Flutter Postsurgery 27
Introduction 27
Preprocedure Planning 28
Procedure 28
Postprocedure Care 35
Procedural Complications 35
Advantages and Limitations 35
Conclusions 36
References 36
Chapter 4: The Ablation of Atrial Tachycardia 39
Introduction 39
Focal Atrial Tachycardia 39
The Electrophysiological Study 41
References 46
Chapter 5: How to Ablate Atrial Tachycardias in Patients with Congenital Heart Disease 47
Introduction 47
Preprocedural Planning 47
Procedure 49
Postprocedure Care 56
Procedural Complications 56
Advantages and Limitations 57
Conclusions 57
References 57
Video Descriptions 58
Chapter 6: How to Perform Radiofrequency Ablation and Cryoablation for AV Nodal Reentrant Tachycardia 59
Introduction 59
Preprocedural Preparation 59
Procedure 60
Electrophysiological Testing and Assessment: Pathophysiology of Dual AV Nodal Pathways 60
Mapping and Diagnosis 60
Slow-Fast 61
Slow-Slow 61
Fast-Slow 62
Left-Sided Variant 62
Ablation 62
Anatomic Approach 64
Energy Application 64
Endpoints for Ablation 65
Efficacy 65
Complications 65
Considerations in Children 66
Postprocedural Care 66
Conclusions 66
References 66
Chapter 7: Ablation of Left-Lateral Accessory Pathways 69
Introduction 69
Preprocedural Planning 69
Procedure 70
Postprocedure Care 71
References 73
Chapter 8: Catheter Ablation of Accessory Pathways 75
Introduction 75
Catheter Mapping of Accessory Pathways 75
Catheter Ablation of APs 78
Epicardial Posteroseptal APs 79
References 81
Chapter 9: Right-Sided Accessory Pathways 83
Introduction 83
Classifications 83
General Considerations 83
Right Free-Wall Pathways 84
Anteroseptal Pathways 85
Midseptal Pathways 86
Posteroseptal Pathways 86
Mahaim Tachycardias 87
Permanent Junctional Reciprocating Tachycardia (PJRT) 89
New Techniques 90
How We Approach Right-Sided Pathways 90
References 91
Chapter 10: How to Diagnose, Map, and Ablate AVRT Due to Atriofascicular Conduction Fibers 93
Introduction 93
Surface Electrocardiogram 93
Electrophysiology Study 94
Techniques for Mapping and Ablation 95
Associated Findings 96
Conclusions 96
References 96
Chapter 11: How to Ablate Accessory Pathways in Patients with Ebstein’s Syndrome 97
Introduction 97
Anatomy of Ebstein’s Anomaly 97
Preprocedural Planning 99
Procedure 101
Postprocedure Care 106
Procedural Complications 107
Advantages and Limitations 107
Conclusions 107
References 107
Video Description 107
Section II: Ablation of Atrial Fibrillation 109
Chapter 12: How to Perform a Transseptal Puncture 111
Introduction 111
Preprocedure Planning 111
Procedure 111
procedure Care 117
Procedural Complications 117
Advantages and Limitations 118
Conclusions 118
References 118
Video Descriptions 119
Chapter 13: How to Utilize ICE for Optimal Safety and Efficacy with Atrial Fibrillation Ablation 121
Introduction 121
Preprocedure Planning 121
Procedural Imaging 123
Postprocedural Care 131
Procedural Complications 131
Advantages and Limitations 133
Conclusions 133
References 133
Video Descriptions 133
Chapter 14: How to Perform Pulmonary Vein Antral Isolation for Atrial Fibrillation 135
Introduction 135
Preprocedural Planning 135
Procedure 137
Postprocedure Care 142
Procedural Complications 143
Conclusions 144
References 144
Video Descriptions 144
Chapter 15: How to Utilize Noninvasive Guidance for Persistent Atrial Fibrillation 145
Introduction 145
Noninvasive Analysis of AF 145
Noninvasive AF-Mapping Technique 145
Distribution and Characteristics of Localized AF Drivers 146
Noninvasive Mapping-Guided Ablation 147
Single Procedural and Clinical Outcomes of Driver Ablation 148
Limitations and Promises 149
Conclusion 150
References 150
Chapter 16: How to Ablate Long-Standing Persisten tAtrial Fibrillation Using a Stepwise Approach: The Natale Approach 153
Introduction 153
Preprocedural Management 153
Anesthesia Protocol 154
Instrumentation for Electrophysiological Study 154
Pulmonary Vein Antral Isolation (PVAI) and Isolation of the SVC 156
Other Targets 160
Considerations for Patients Presenting for Repeat Procedure 161
Postprocedural Care and Follow-Up 161
References 162
Video Descriptions 163
Chapter 17: How to Use Balloon Cryoablation for Ablation of Atrial Fibrillation 165
Introduction 165
Preprocedure Planning 165
Procedure 166
Postprocedure Care 169
Procedural Complications 169
Advantages and Limitations 170
Conclusions 170
References 170
Chapter 18: How to Perform Pulmonary Vein Isolation Using Laser Catheter Ablation 173
Background 173
Left Atrium Access and Balloon Deployment 174
Laser Ablation 176
Checking for PVI 178
Clinical Data 179
Summary 179
References 179
Video Description 180
How to Use the Radiofrequency Hot Balloon for Ablation of Atrial Fibrillation 181
Introduction 181
Radiofrequency Hot Balloon Design 181
Mechanism of Radiofrequency Hot Balloon Ablation 182
Clinical Ablation with the Radiofrequency Hot Balloon Catheter Ablation System 183
Clinical Studies 185
Conclusions 187
References 187
Chapter 20: How to Perform Ethanol Ablation of the Vein of Marshall 189
Introduction 189
Procedure 189
Risks of Ethanol Injection in the VOM 192
Conclusions 192
References 192
Video Description 193
Chapter 21: How to Ablate the Vein of Marshall 195
Introduction 195
The Anatomy of Ligament of Marshall 195
Electrophysiological Characteristics of the Marshall Bundle 196
Methods of Marshall Bundle Mapping 198
Catheter Ablation of the Marshall Bundle 200
Ethanol Ablation of the Marshall Bundle 201
Additional Implications for CatheterAblation of AF 202
References 202
Chapter 22: Diagnosis and Ablation of Atrial Tachycardias Arising in the Context of Atrial Fibrillation Ablation 205
Introduction 205
Incidence of Atrial Tachycardia After AF Ablation 205
Classification of Atrial Tachycardia 206
Mechanisms of Atrial Tachycardia 206
Drug Therapy 206
Locations of Atrial Tachycardia Circuits 206
Diagnosis 208
Catheter Ablation 212
Procedural Outcome and Prognosis 213
Prevention of AT 213
Conclusion 213
References 213
Chaper 23: How to Perform 3-Dimensional Entrainment Mapping to Treat Post–AF Ablation Atrial Tachycardia/AFL 215
Introduction 215
Preprocedural Planning 215
Procedure 215
Mapping 217
Postprocedure Care 218
Procedural Complications 219
Advantages and Limitations 219
Conclusion 221
References 221
Video Descriptions 221
Chapter 24: Catheter Ablation of Autonomic Ganglionated Plexi in Patients with Atrial Fibrillation 223
Introduction 223
Localization of LA Ganglionated Plexi by Endocardial High-Frequency Stimulation 225
Catheter Ablation of LA Ganglionated Plexi 226
References 228
Chapter 25: How to Perform Rotor Mapping for Atrial Fibrillation Ablation 231
Introduction 231
Clinical Basis of FIRM-Guided Rotor Ablation 232
Mapping the Atria with Basket Catheters 232
Interpreting Spatial Maps of AF Activity 235
Method of FIRM-Guided Ablation 236
Endpoint of Rotor Ablation 238
Conclusions 238
References 238
Chapter 26: How to Utilize Frequency Analysis to Aid in Atrial Fibrillation Ablation 243
Introduction 243
Preprocedural Planning: Technological Considerations 243
Procedure 246
A Novel Method for Substrate Mapping in Persistent Atrial Fibrillation: Hilbert-Huang Transformation 250
Clinical Perspective 251
Limitations 253
Conclusions 253
References 253
Video Descriptions 254
Chapter 27: How to Use Electroanatomic Mapping to Rapidly Diagnose and Treat Post–AF Ablation Atrial Tachycardia and Flutter 255
Introduction 255
Preprocedure Planning 255
Mapping and Ablation of Postablation AT 256
LA Macroreentrant ATs 258
Postprocedure Care 267
Procedural Outcomes 268
Advantages and Limitations ofActivation Mapping 268
Conclusions 268
References 269
Chapter 28: Utilization of the Hansen Robotic Catheter Navigation System: The Austin Approach 271
Introduction 271
Background 271
Description of the Hansen System 272
Transseptal Access 274
Robotic Navigation and Force Sensing Catheters 276
Ablation Lesion Sets 276
References 277
Video Descriptions 278
Chapter 29: Hybrid Minimal Invasive Epicardial and Transvenous Catheter Ablation for Atrial Fibrillation 281
Introduction 281
Anatomy 282
Hybrid Procedure 282
Ablation Devices 284
Complications 284
Patient Selection 284
Anticoagulation and Antiarrhythmic Drugs 285
Early Recurrence of Atrial Fibrillation 286
Atrial Tachycardias 286
Clinical Studies and Randomized Controlled Trials 287
Conclusions 287
References 287
Video Descriptions 287
Chapter 30: How to Perform Accurate Image Registration with Electroanatomic Mapping Systems 289
Introduction 289
Preprocedural Planning 290
Procedure 290
Registration 292
Factors Affecting Integration Error 293
Postprocedure Care 294
Procedural Complications 294
Advantages and Limitations 294
Conclusions 294
References 295
Chapter 31: How to Perform Atrial Fibrillation Ablation without the Use of Fluoroscopy 297
Introduction 297
Required Equipment 297
Preprocedure Preparation 298
Procedure 299
Discussion 302
Conclusion 306
References 306
Video Description 307
Section III: Ablation of Ventricular Tachycardia 309
Chapter 32: How to Localize Ventricular Tachycardia Using a 12-Lead ECG 311
Introduction 311
Bundle Branch Reentrant Ventricular Tachycardia 311
Ventricular Tachycardia in Patients with Coronary Artery Disease 312
Idiopathic Ventricular Tachycardias 316
ECG Characteristics of Epicardial Ventricular Tachycardias 318
Conclusion 319
References 320
Chapter 33: How to Diagnose and Ablate Ventricular Tachycardia from the Outflow Tract and Aortic Cusps 323
Introduction 323
Preprocedural Planning 323
Procedure 325
Postprocedural Care 331
Procedural Complications 331
Conclusions 332
References 332
Chapter 34: How to Diagnose and Ablate Ventricular Tachycardia from the Papillary Muscles 335
Introduction 335
Preprocedural Planning 335
Procedure 337
Complications 341
Postablation Care 341
References 341
Video Descriptions 342
Chapter 35: How to Ablate Non-Outflow Right Ventricular Tachycardia 343
Introduction 343
Preprocedure Planning 343
Mapping and Ablation 343
Cardiac Crux-Coronary Venous 350
Potential Complications 352
Postprocedure Care 352
Conclusion 352
References 352
Chapter 36: How to Map and Ablate Parahisian Ventricular Arrhythmias 355
Introduction 355
Anatomy 355
Electrocardiographic Characteristics 356
Mapping and Ablation 357
Outcomes and Complications of Catheter Ablation 361
Cryoablation 361
Conclusion 362
References 362
Chapter 37: How to Ablate Ventricular Tachycardia from the Left Ventricular Summit 363
Introduction 363
Anatomic Landmarks 363
Electrocardiographic Features 363
How to Map LVS VAs 365
Radiofrequency Catheter Ablation of LVS VAs 368
Outcomes of Catheter Ablation of LVS Arrhythmias 369
Potential Complications 369
Alternative Approaches and Future Directions 369
Summary 370
References 370
Chapter 38: How to Diagnose and Ablate Fascicular Ventricular Tachycardia 373
Introduction 373
Preprocedural Planning 373
Procedure 374
Postprocedure Care 381
Procedural Complications 381
Advantages and Limitations 381
Conclusions 383
References 383
Chapter 39: How to Map and Ablate Hemodynamically Tolerated Ventricular Tachycardias 385
Introduction 385
Preprocedural Planning 385
Evaluation of Cardiac Function and Wall Motion 386
Procedure 387
Substrate Mapping 390
Mapping During Hemodynamically Stable VT 393
Ablation 400
Future Development 402
Postprocedure Care 403
Procedural Complications 403
Conclusion 403
References 403
Chapter 40: How to Map and Ablate Unstable Ventricular Tachycardia:The University of Colorado and University of Pennsylvania Approach 407
Introduction 407
Preprocedural Planning 407
Procedure 408
Epicardial Mapping 412
Ablation 413
Postprocedure Care 415
Follow-Up 416
Repeat Ablations 416
Procedural Complications 416
Conclusions 416
References 417
Chapter 41: How to Map and Ablate Unstable Ventricular Tachycardia: The Brigham Approach 419
Introduction 419
Preprocedural Planning 419
Procedure 420
Ablation 424
Postprocedure Care 425
Procedural Complications 426
Advantages and Limitations 426
Conclusions 426
References 427
Video Descriptions 427
Chapter 42: How to Map and Ablate Ventricular Tachycardia Using Delayed Potential in Sinus Rhythm 429
Introduction 429
Preprocedural Planning 430
Procedure 430
Postprocedure Care 435
Advantages and Limitations 436
Conclusions 437
References 437
Video Descriptions 438
Chapter 43: How to Utilize Electroanatomical Mapping to Identify Critical Channels for Ventricular Tachycardia Ablation 439
Introduction 439
Preprocedural Planning 439
Procedure 441
Future Development 449
Postprocedure Care 450
Procedural Complications 450
Limitations 450
Summary 451
References 451
Chapter 44: How to Use ICE to Aid in Catheter Ablation of Ventricular Tachycardia 455
Introduction 455
Preprocedural Planning 455
Procedure 456
Postprocedure Care 465
Procedural Complications 465
Advantages and Limitations 466
Conclusions 467
References 467
Video Descriptions 467
Chapter 45: How to Perform an Epicardial Access 469
Introduction 469
Before Scheduling the Pericardial Space Access 469
Preventing Complications 470
How to Manage Pericardial Access Complications 475
Conclusion 476
References 477
Video Descriptions 477
Chapter 46: Transcoronary Ethanol Ablation for Ventricular Tachycardia 479
Introduction 479
Preprocedural Preparation 480
Intraoperative Requirements 481
Procedure 481
Complications and Safety 483
Conclusions 485
References 485
Chapter 47: How to Perform Epicardial Ablation in Postcardiac Surgery Patients 487
Introduction 487
Preprocedural Planning 490
Complications 491
Conclusion 492
References 492
Chapter 48: How to Perform Endocardial/Epicardial Ventricular Tachycardia Ablation 493
Introduction 493
Preprocedural Planning 493
Procedure 494
Follow-Up 503
Advantages and Limitations 504
Conclusion 504
References 504
Video Descriptions 505
Chapter 49: How to Ablate Ventricular Fibrillation Arising from the Structurally Normal Heart 507
Introduction 507
What Do We Know About VF? 507
Preprocedural Planning for VF Ablation 508
Procedure 509
Follow-Up After VF Ablation 511
References 513
Chapter 50: How to Ablate Ventricular Tachycardia in Patients with Congenital Heart Disease 515
Introduction 515
Preprocedural Planning 515
Procedure 518
Postprocedure Care 527
Procedural Complications 528
Advantages and Limitations 528
Conclusions 528
References 529
Video Descriptions 530
Chapter 51: Mapping and Catheter Ablation for Ventricular Tachycardia Associated with Hypertrophic Cardiomyopathy 531
Introduction 531
References 537
Chapter 52: How to Ablate Ventricular Tachycardia in Patients with Arrhythmogenic Right Ventricular Cardiomyopathy/Dysplasia 539
Introduction 539
Preprocedural Planning 541
Ablation Procedure 543
Prevention and Management of Procedural Complications 547
Postprocedural Care 548
Patient Follow-Up 548
Conclusions 549
References 549
Video Description 551
Chapter 53: How to Ablate Ventricular Tachycardia/Ventricular Fibrillation in Patients with the Brugada Syndrome 553
Introduction 553
The Trigger Approach 553
The Substrate Approach 555
Conclusions 560
References 560
Chapter 54: How to Perform Surgical Ventricular Tachycardia Ablation in a Hybrid Lab 563
Introduction 563
Rationale and Indications 563
Pericardial Adhesions 563
Failed Ablation Via Percutaneous Approach 564
Choice of Surgical Approach 565
Preprocedural Planning and Tools 569
Conclusions 570
References 571
Chapter 55: How to Use Pace Mapping to Identify the Critical Isthmus 573
Introduction 573
Technical Aspects of Pace Mapping 573
Characteristics of Pace Mapping Along Postinfarct VT Isthmuses 574
How to Use Pace Mapping for the Delineation of a Postinfarct VT Isthmus 576
Limitations 580
Summary 580
References 580
Video Descriptions 581
Chapter 56: How to Ablate Scar-Related Ventricular Tachycardia Using Isochronal Late Activation Mapping 583
Introduction 583
Background 583
General Procedural Approach 584
Creation of Isochronal Late Activation Map 584
Advantages and Limitations 585
Conclusions 588
References 589
Chapter 57: How to Use Ventricular Assist Devices to Facilitate Ablation of Hemodynamically Unstable Ventricular Tachycardia 591
Introduction 591
Patient Selection 591
Percutaneous Hemodynamic Support Devices 592
Intra-Aortic Balloon Pump Counterpulsation 592
Hemodynamic Assessment During Ablation 596
Complications 599
Conclusion 600
References 600
Video Descriptions 601
Section IV: Miscellaneous Procedures 603
Chapter 58: How to Implant a Watchman Device 605
Introduction 605
Venous Access and Transseptal Puncture 607
Selection of Device Size and Device Preparation 608
Venous Closure and Postprocedure Management 610
Complications 610
References 611
Video Descriptions 612
Chapter 59: How to Close the Left Atrial Appendage Using Endocardial and Epicardial Approach 613
Introduction 613
LARIAT 613
Watchman 620
Other LAA Closure Devices 625
Conclusion 627
References 627
Index 629