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Main description:
Catheter ablation is widely accepted as an effective and safe form of therapy for cardiac arrhythmia. In many instances this curative procedure is considered as the first line of therapy if not the ultimate treatment of choice. With the use of radiofrequency (RF) modality; which has revolutionized the technology from a barotraumatic, potentially injurious procedure using high voltage, direct-current (DC) shock to a safe and relatively painless one; catheter ablation procedure now carries a very low risk and is extremely effective for certain types of arrhythmia. Its efficacy rate in curing supraventricular tachycardia involving an accessory pathway or dual atrioventricular nodal pathways has been near perfect and its application for certain types of atrial and ventricular arrhythmia have also been very satisfactory. However, conventional RF ablation has several well known limitations, most notably is its ability to only produce relatively small, point lesions; rendering it effective only for an arrhythmia with a small and/or a superficial target. It was soon recognized that the technology would not likely to have significant utility in arrhythmia with a more widespread target such as atrial fibrillation or those which involve scarred and deep myocardial tissue such as ventricular tachycardia. Indeed, the application of conventional RF technology in these complex but common arrhythmia has yielded unsatisfactory results.
Contents:
Contributing Authors. Preface.
Part I: Challenges in Catheter Ablation.
1. The Arrhythmogenic Substrate in Ischemic and Non-Ischemic Cardiomyopathies. Structural and Functional Basis of Ventricular Arrhythmias; R. Coronel, et al. 2. Anatomy and Electrophysiology of the AV Junction and Coronary Sinus; D.L. Ross. 3. Anatomy of the Tricuspid Cavo Isthmus; A.E. Becker. 4. Arrhythmias Following Repair of Congenital Heart Disease. Background and Scope of the Problem; G.F. Van Hare. 5. Catheter Mapping and Ablation Technology. Limitations of Conventional Methods and Challenges of Newer Technology; Liong Bing Liem.
Part II: Newer Mapping Techniques.
6. Utility of Orthogonal Electrodes in Radiofrequency Ablation. Discriminate Near-Field Sensing; B.N. Goldreyer. 7. Mapping Techniques in Patients with Paroxysmal Atrial Fibrillation Originating from the Pulmonary Vein; Shih-Ann Chen, et al. 8. Pulmonary Venous Angiography; A.A.V. De Paola, et al. 9. Ultrasonic Guidance for Radiofrequency Ablation; J.D. Hummel. 10. Mapping Using the LocaLisa System; F.H.M. Wittkampf. 11. Electroanatomical Mapping Using the CARTO (R) System. Technical Concepts, Validation, and Basic Application; Liong Bing Liem. 12. Three Dimensional Reconstruction (CARTO (R)) in Patients with Congenital Heart Disease; J. Hebe. 13. Endocardial Mapping Using Real Time Three Dimensional Ultrasound-Ranging Tracking System. Results of In-Vitro, In-Vivo, and Clinical Studies; Liong Bing Liem, N.P. Willis. 14. Endocardial Contact Mapping Using Multipolar Basket ElectrodeCatheters; E. Downar, et al. 15. Endocardial Global Noncontact Mapping (EnSite (TM)); B.P. Knight, F. Morady. 16. Endocardial Noncontact Mapping in Pediatric and Grown Up Congenital Heart Arrhythmias; T.R. Betts, J.M. Morgan.
Part III: Newer Ablation Approaches and Modalities.
17. The Advantages and Disadvantages of Creating Large Radiofrequency Ablation Lesions; M.K. Homoud, et al. 18. New Concepts in Radiofrequency Energy Delivery and Coagulum Reduction During Catheter Ablation. Energy Delivery Management and a Quantitative Measure for Estimating the Probability of Coagulum Formation During Radiofrequency Ablation; E.K.Y. Chan. 19. Cooled Radiofrequency Catheter Ablation; G.J. Juang, et al. 20. Radiofrequency Ablation Using Porous Tip Electrode; D.M. Fitzgerald. 21. Radiofrequency Atrial Linear Ablation Using Microcatheters; Sung H. Chun. 22. Radiofrequency Linear Ablation Using Looped Multipolar Catheters; B. Avitall, et al. 23. Epicardial Mapping and Ablation to Treat Sustained Ventricular Tachycardia; M. Scanavacca, A. d'Avila, E. Sosa. 24. Transcatheter Cryoablation; P. Khairy, M. Dubuc. 25. Photoablation of Ventricular Arrhythmias. Past Results and Future Applications to Ventricular and Other Arrhythmias; R.H. Svenson, et al. 26. Transcatheter Microwave Ablation; Liong Bing Liem, D. Berube. 27. Pulmonary Venous Ablation Using Circumferential Ultrasonic Energy; R.A. Schweikert, et al. 28. Current Progress of Ablation of Focal Atrial Fibrillation; Shih-Ann Chen. 29. Use of Cardiopulmonary Support for Catheter Ablation
PRODUCT DETAILS
Publisher: Springer
Publication date: March, 2012
Pages: 610
Weight: 926g
Availability: Available
Subcategories: Biomedical Engineering, Cardiovascular Medicine
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