“A major strength of this book is the availability of real-time videos, especially helpful to brush up on implantation techniques, with most operators speaking as they demonstrate….The book is exhaustive and spans the spectrum of knowledge extending from early device principles all the way to recent developments such as the leadless pacemaker and subcutaneous defibrillator, to future concepts such as the biological pacemaker….All of the information is provided seamlessly in the context of basic principles and practical clinical management, a feat that can often be difficult to accomplish. In summary, this new textbook is a comprehensive source of current information regarding CIEDs for trainees and practitioners, whether they are clinicians or researchers in the field of clinical cardiac electrophysiology.” -2017 BMA Awards: Highly Commended, Cardiology"This is a must-have resource for electrophysiology fellows and cardiology fellows interested in implanting devices. The author and his team have made a tremendous effort to keep this book up to date in the rapidly evolving field of implantable cardiac devices." -Ronald Chong-Yik, MD, MPH (Ochsner Clinic Foundation) for Doody’s Review Service"A major strength of this book is the availability of real-time videos, especially helpful to brush up on implantation techniques, with most operators speaking as they demonstrate….The book is exhaustive and spans the spectrum of knowledge extending from early device principles all the way to recent developments such as the leadless pacemaker and subcutaneous defibrillator, to future concepts such as the biological pacemaker….All of the information is provided seamlessly in the context of basic principles and practical clinical management, a feat that can often be difficult to accomplish. In summary, this new textbook is a comprehensive source of current information regarding CIEDs for trainees and practitioners, whether they are clinicians or researchers in the field of clinical cardiac electrophysiology." - Sumeet S Chugh MD, The Heart Institute, Cedars-Sinai Medical Center, Los Angeles, CA (Pacing and Clinical Electrophysiology, Jan. 2017; 10.1111/pace.12992)

• SECTION 1: Basic Principles1. Cardiac Anatomy and Pathology2. Imaging of Cardiac Anatomy3. Stimulation and Excitation of Cardiac Tissues4. Sensing and Detection with Cardiac Implantable Electronic Devices5. Device-Based Modulation of the Autonomic Nervous System6. Tachycardia Termination by Shocks and Pacing7. Physiology of Cardiac Pacing and ResynchronizationSECTION 2: Engineering and Construction of Devices and Leads8. Power Sources and Capacitors for Pacemakers and ICDs9. Lead Connection Systems and Standards For Cardiac Implantable Electronic Devices10. Sensors for Implantable Cardiac Pacing Devices11. Leads and Electrodes for Implantable Electronic Devices12. Electronic Magnetic Interference and Magnetic Resonance CompatibilitySECTION 3: Established and Emerging Clinical Concepts13. Pacing for Sinus Node Disease14. Atrioventricular Conduction System Disease15. Pacing in Reflex (Neurally-Mediated) Syncopes16. Defibrillation Therapy17. Subcutaneous and Alternative Defibrillation Techniques18. Cardiac Resynchronization Therapy19. Pacing and Defibrillation Use in Pediatric Patients20. Leadless Pacing21. Implantable Cardioverter-Defibrillators in Inherited Arrhythmia Syndromes22. Principles and Applications of Computer Modeling in Device Patients23. The Biological Pacemaker24. Neural and Spinal Stimulation25. Implantable Cardiac Rhythm and Hemodynamic MonitorsSECTION 4: Implantation Techniques 26. Pacemaker and ICD Implantation in Adults27. Pacemaker and ICD Implantation in Children and Congenital Heart Disease28. Implantation of the Subcutaneous ICD29. Intraoperative Assessment of Stimulation, Sensing, Detection, and Defibrillation30. CS Left Ventricular Lead Implantation31. Non CS-Related LV Lead Implantation32. Interventional Techniques For Device Implantation33. Prevention and Treatment of Procedural and Device-Related Complications34. Device Removal, Replacement, and Upgrades35. Lead Removal and ExtractionSECTION 5: Follow-up and Programming36. Timing Cycles of Implantable Devices37. Pacemaker Programming and Troubleshooting38. ICD Programming and Troubleshooting39. CRT Programming and Troubleshooting40. Remote and In-Person Follow-up of Cardiac Implantable Electronic Devices41. Perioperative and Periprocedural Management, Electromagnetic Interference, and CIEDs42. Managing Advisories of Cardiac Implantable Electronic Devices43. Establishing and Managing a Device Clinic and Databases44. Social and Ethical Principles of Device TherapySECTION 6: Online-Only Chapter(s)45. Radiography

“A major strength of this book is the availability of real-time videos, especially helpful to brush up on implantation techniques, with most operators speaking as they demonstrate….The book is exhaustive and spans the spectrum of knowledge extending from early device principles all the way to recent developments such as the leadless pacemaker and subcutaneous defibrillator, to future concepts such as the biological pacemaker….All of the information is provided seamlessly in the context of basic principles and practical clinical management, a feat that can often be difficult to accomplish. In summary, this new textbook is a comprehensive source of current information regarding CIEDs for trainees and practitioners, whether they are clinicians or researchers in the field of clinical cardiac electrophysiology.” -2017 BMA Awards: Highly Commended, Cardiology"This is a must-have resource for electrophysiology fellows and cardiology fellows interested in implanting devices. The author and his team have made a tremendous effort to keep this book up to date in the rapidly evolving field of implantable cardiac devices." -Ronald Chong-Yik, MD, MPH (Ochsner Clinic Foundation) for Doody’s Review Service"A major strength of this book is the availability of real-time videos, especially helpful to brush up on implantation techniques, with most operators speaking as they demonstrate….The book is exhaustive and spans the spectrum of knowledge extending from early device principles all the way to recent developments such as the leadless pacemaker and subcutaneous defibrillator, to future concepts such as the biological pacemaker….All of the information is provided seamlessly in the context of basic principles and practical clinical management, a feat that can often be difficult to accomplish. In summary, this new textbook is a comprehensive source of current information regarding CIEDs for trainees and practitioners, whether they are clinicians or researchers in the field of clinical cardiac electrophysiology." - Sumeet S Chugh MD, The Heart Institute, Cedars-Sinai Medical Center, Los Angeles, CA (Pacing and Clinical Electrophysiology, Jan. 2017; 10.1111/pace.12992)

• SECTION 1: Basic Principles1. Cardiac Anatomy and Pathology2. Imaging of Cardiac Anatomy3. Stimulation and Excitation of Cardiac Tissues4. Sensing and Detection with Cardiac Implantable Electronic Devices5. Device-Based Modulation of the Autonomic Nervous System6. Tachycardia Termination by Shocks and Pacing7. Physiology of Cardiac Pacing and ResynchronizationSECTION 2: Engineering and Construction of Devices and Leads8. Power Sources and Capacitors for Pacemakers and ICDs9. Lead Connection Systems and Standards For Cardiac Implantable Electronic Devices10. Sensors for Implantable Cardiac Pacing Devices11. Leads and Electrodes for Implantable Electronic Devices12. Electronic Magnetic Interference and Magnetic Resonance CompatibilitySECTION 3: Established and Emerging Clinical Concepts13. Pacing for Sinus Node Disease14. Atrioventricular Conduction System Disease15. Pacing in Reflex (Neurally-Mediated) Syncopes16. Defibrillation Therapy17. Subcutaneous and Alternative Defibrillation Techniques18. Cardiac Resynchronization Therapy19. Pacing and Defibrillation Use in Pediatric Patients20. Leadless Pacing21. Implantable Cardioverter-Defibrillators in Inherited Arrhythmia Syndromes22. Principles and Applications of Computer Modeling in Device Patients23. The Biological Pacemaker24. Neural and Spinal Stimulation25. Implantable Cardiac Rhythm and Hemodynamic MonitorsSECTION 4: Implantation Techniques 26. Pacemaker and ICD Implantation in Adults27. Pacemaker and ICD Implantation in Children and Congenital Heart Disease28. Implantation of the Subcutaneous ICD29. Intraoperative Assessment of Stimulation, Sensing, Detection, and Defibrillation30. CS Left Ventricular Lead Implantation31. Non CS-Related LV Lead Implantation32. Interventional Techniques For Device Implantation33. Prevention and Treatment of Procedural and Device-Related Complications34. Device Removal, Replacement, and Upgrades35. Lead Removal and ExtractionSECTION 5: Follow-up and Programming36. Timing Cycles of Implantable Devices37. Pacemaker Programming and Troubleshooting38. ICD Programming and Troubleshooting39. CRT Programming and Troubleshooting40. Remote and In-Person Follow-up of Cardiac Implantable Electronic Devices41. Perioperative and Periprocedural Management, Electromagnetic Interference, and CIEDs42. Managing Advisories of Cardiac Implantable Electronic Devices43. Establishing and Managing a Device Clinic and Databases44. Social and Ethical Principles of Device TherapySECTION 6: Online-Only Chapter(s)45. Radiography

“A major strength of this book is the availability of real-time videos, especially helpful to brush up on implantation techniques, with most operators speaking as they demonstrate….The book is exhaustive and spans the spectrum of knowledge extending from early device principles all the way to recent developments such as the leadless pacemaker and subcutaneous defibrillator, to future concepts such as the biological pacemaker….All of the information is provided seamlessly in the context of basic principles and practical clinical management, a feat that can often be difficult to accomplish. In summary, this new textbook is a comprehensive source of current information regarding CIEDs for trainees and practitioners, whether they are clinicians or researchers in the field of clinical cardiac electrophysiology.” -2017 BMA Awards: Highly Commended, Cardiology"This is a must-have resource for electrophysiology fellows and cardiology fellows interested in implanting devices. The author and his team have made a tremendous effort to keep this book up to date in the rapidly evolving field of implantable cardiac devices." -Ronald Chong-Yik, MD, MPH (Ochsner Clinic Foundation) for Doody’s Review Service"A major strength of this book is the availability of real-time videos, especially helpful to brush up on implantation techniques, with most operators speaking as they demonstrate….The book is exhaustive and spans the spectrum of knowledge extending from early device principles all the way to recent developments such as the leadless pacemaker and subcutaneous defibrillator, to future concepts such as the biological pacemaker….All of the information is provided seamlessly in the context of basic principles and practical clinical management, a feat that can often be difficult to accomplish. In summary, this new textbook is a comprehensive source of current information regarding CIEDs for trainees and practitioners, whether they are clinicians or researchers in the field of clinical cardiac electrophysiology." - Sumeet S Chugh MD, The Heart Institute, Cedars-Sinai Medical Center, Los Angeles, CA (Pacing and Clinical Electrophysiology, Jan. 2017; 10.1111/pace.12992)

• SECTION 1: Basic Principles1. Cardiac Anatomy and Pathology2. Imaging of Cardiac Anatomy3. Stimulation and Excitation of Cardiac Tissues4. Sensing and Detection with Cardiac Implantable Electronic Devices5. Device-Based Modulation of the Autonomic Nervous System6. Tachycardia Termination by Shocks and Pacing7. Physiology of Cardiac Pacing and ResynchronizationSECTION 2: Engineering and Construction of Devices and Leads8. Power Sources and Capacitors for Pacemakers and ICDs9. Lead Connection Systems and Standards For Cardiac Implantable Electronic Devices10. Sensors for Implantable Cardiac Pacing Devices11. Leads and Electrodes for Implantable Electronic Devices12. Electronic Magnetic Interference and Magnetic Resonance CompatibilitySECTION 3: Established and Emerging Clinical Concepts13. Pacing for Sinus Node Disease14. Atrioventricular Conduction System Disease15. Pacing in Reflex (Neurally-Mediated) Syncopes16. Defibrillation Therapy17. Subcutaneous and Alternative Defibrillation Techniques18. Cardiac Resynchronization Therapy19. Pacing and Defibrillation Use in Pediatric Patients20. Leadless Pacing21. Implantable Cardioverter-Defibrillators in Inherited Arrhythmia Syndromes22. Principles and Applications of Computer Modeling in Device Patients23. The Biological Pacemaker24. Neural and Spinal Stimulation25. Implantable Cardiac Rhythm and Hemodynamic MonitorsSECTION 4: Implantation Techniques 26. Pacemaker and ICD Implantation in Adults27. Pacemaker and ICD Implantation in Children and Congenital Heart Disease28. Implantation of the Subcutaneous ICD29. Intraoperative Assessment of Stimulation, Sensing, Detection, and Defibrillation30. CS Left Ventricular Lead Implantation31. Non CS-Related LV Lead Implantation32. Interventional Techniques For Device Implantation33. Prevention and Treatment of Procedural and Device-Related Complications34. Device Removal, Replacement, and Upgrades35. Lead Removal and ExtractionSECTION 5: Follow-up and Programming36. Timing Cycles of Implantable Devices37. Pacemaker Programming and Troubleshooting38. ICD Programming and Troubleshooting39. CRT Programming and Troubleshooting40. Remote and In-Person Follow-up of Cardiac Implantable Electronic Devices41. Perioperative and Periprocedural Management, Electromagnetic Interference, and CIEDs42. Managing Advisories of Cardiac Implantable Electronic Devices43. Establishing and Managing a Device Clinic and Databases44. Social and Ethical Principles of Device TherapySECTION 6: Online-Only Chapter(s)45. Radiography