S. S. Barold, Roland X. Stroobandt, Alfons F. Sinnaeve
Cardiac Pacemakers and Resynchronization Therapy Step-by-Step
An Illustrated Guide
S. S. Barold, Roland X. Stroobandt, Alfons F. Sinnaeve
Cardiac Pacemakers and Resynchronization Therapy Step-by-Step
An Illustrated Guide
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This new edition of the bestselling step-by-step introduction to cardiac pacemakers now includes additional material on CRT and an accompanying website. It retains the effective use of full-page illustrations and short explanations that gained the book such enormous popularity and now provides information on recent advances in cardiac pacing, including biventricular pacing for the treatment of heart failure.
This new edition of the bestselling step-by-step introduction to cardiac pacemakers now includes additional material on CRT and an accompanying website. It retains the effective use of full-page illustrations and short explanations that gained the book such enormous popularity and now provides information on recent advances in cardiac pacing, including biventricular pacing for the treatment of heart failure.
Produktdetails
- Produktdetails
- Verlag: Wiley & Sons
- Artikelnr. des Verlages: 1A405186360
- 2nd ed.
- Seitenzahl: 468
- Erscheinungstermin: 6. August 2010
- Englisch
- Abmessung: 277mm x 220mm x 31mm
- Gewicht: 1482g
- ISBN-13: 9781405186360
- ISBN-10: 1405186364
- Artikelnr.: 29960827
- Verlag: Wiley & Sons
- Artikelnr. des Verlages: 1A405186360
- 2nd ed.
- Seitenzahl: 468
- Erscheinungstermin: 6. August 2010
- Englisch
- Abmessung: 277mm x 220mm x 31mm
- Gewicht: 1482g
- ISBN-13: 9781405186360
- ISBN-10: 1405186364
- Artikelnr.: 29960827
S. Serge Barold, University of South Florida College of Medicine, Tampa, FL, USA Roland X. Stroobandt Alfons F. Sinnaeve
Preface to the first edition. Preface to the second edition. Abbreviations.
Color Plate Section. What is a pacemaker? Recording pacemaker activity.
Fundamentals of electricity. Ventricular stimulation. Pacing leads. Sensing
- basic concepts. Sensing - advanced concepts. Basic pacemaker
electrocardiography. Other single chamber pacemakers. DDD pacemakers -
basic functions. DDD pacemakers - upper rate response. Atrioventricular
interval. Retrograde ventriculoatrial synchrony in dual chamber pacemakers.
All dual chamber pacemakers function in the DDD mode. Types of lower rate
timing. Atrial capture. Automatic mode switching. Pacemaker radiography.
Oversensing. Troubleshooting. Pacemaker hemodynamics and rate-adaptive
pacing. Pacemaker tachycardias - Part 1. Pacemaker tachycardias - Part 2.
Treatment of tachycardia. Pacemaker interference. Pacemaker follow-up.
Remote pacemaker monitoring. Special functions. Biventricular pacing and
cardiac resynchronization. Conclusion. Text: Overview of cardiac pacing and
cardiac resynchronization Cardiac pacing. Implantation. Basic function.
Power source. Rate or interval? Single chamber pacemakers. Basic
electricity. Chronic pacing threshold and safety margin. Sensing. Polarity:
unipolar versus bipolar pacing and sensing. Ventricular fusion and
pseudofusion beats. Operational characteristics of a simple DDD pacemaker.
Crosstalk and crosstalk intervals. Increasing complexity: our simple DDD
pacemaker grows to nine intervals. Upper rate response of DDD pacemakers.
Lower rate timing of dual chamber pacemakers. Phantom programming.
Programmability of lower rate. Endless loop tachycardia. Repetitive
non-reentrant VA synchrony: the cousin of endless loop tachycardia. Types
of dual chamber pacemakers. Overdrive suppression and the underlying
rhythm. Pacemaker hemodynamics. Rate-adaptive pacemakers. The pacemaker
stimulus. Magnet mode. Normal QRS patterns during right ventricular pacing.
Left ventricular endocardial pacing. Manifestations of myocardial
infarction in the paced rhythm. Cardiac memory. Pacemaker alternans.
Complications of pacemakers. Non-electrical complications. Electrical
complications. Automatic mode switching. Minimizing right ventricular
pacing. Effect of drugs and electrolyte imbalance. Magnet application.
Capture verification algorithms. Keeping good records. Factors influencing
pacemaker longevity. Pacemaker follow-up. The pacemaker as an implantable
Holter system. Special functions of pacemakers. Cardiac resynchronization
(CRT). CRT hemodynamics. CRT with only left ventricular pacing. New York
Heart Association class I and II patients with left bundle branch block and
depressed left ventricular function. Right bundle branch block. CRT in
patients with a narrow QRS complex. Impact of CRT. Alternative routes to
left ventricular pacing. What is a CRT responder? Complications of CRT
implantation. Impact of comorbidities. Programming of CRT devices. Atrial
fibrillation and atrial tachyarrhythmia. Congestive heart failure after
CRT. Arrhythmias after CRT. Appendix: Guidelines. American guidelines for
pacemaker implantation. European guidelines for pacemaker implantation.
Commentary. Further reading. Index.
Color Plate Section. What is a pacemaker? Recording pacemaker activity.
Fundamentals of electricity. Ventricular stimulation. Pacing leads. Sensing
- basic concepts. Sensing - advanced concepts. Basic pacemaker
electrocardiography. Other single chamber pacemakers. DDD pacemakers -
basic functions. DDD pacemakers - upper rate response. Atrioventricular
interval. Retrograde ventriculoatrial synchrony in dual chamber pacemakers.
All dual chamber pacemakers function in the DDD mode. Types of lower rate
timing. Atrial capture. Automatic mode switching. Pacemaker radiography.
Oversensing. Troubleshooting. Pacemaker hemodynamics and rate-adaptive
pacing. Pacemaker tachycardias - Part 1. Pacemaker tachycardias - Part 2.
Treatment of tachycardia. Pacemaker interference. Pacemaker follow-up.
Remote pacemaker monitoring. Special functions. Biventricular pacing and
cardiac resynchronization. Conclusion. Text: Overview of cardiac pacing and
cardiac resynchronization Cardiac pacing. Implantation. Basic function.
Power source. Rate or interval? Single chamber pacemakers. Basic
electricity. Chronic pacing threshold and safety margin. Sensing. Polarity:
unipolar versus bipolar pacing and sensing. Ventricular fusion and
pseudofusion beats. Operational characteristics of a simple DDD pacemaker.
Crosstalk and crosstalk intervals. Increasing complexity: our simple DDD
pacemaker grows to nine intervals. Upper rate response of DDD pacemakers.
Lower rate timing of dual chamber pacemakers. Phantom programming.
Programmability of lower rate. Endless loop tachycardia. Repetitive
non-reentrant VA synchrony: the cousin of endless loop tachycardia. Types
of dual chamber pacemakers. Overdrive suppression and the underlying
rhythm. Pacemaker hemodynamics. Rate-adaptive pacemakers. The pacemaker
stimulus. Magnet mode. Normal QRS patterns during right ventricular pacing.
Left ventricular endocardial pacing. Manifestations of myocardial
infarction in the paced rhythm. Cardiac memory. Pacemaker alternans.
Complications of pacemakers. Non-electrical complications. Electrical
complications. Automatic mode switching. Minimizing right ventricular
pacing. Effect of drugs and electrolyte imbalance. Magnet application.
Capture verification algorithms. Keeping good records. Factors influencing
pacemaker longevity. Pacemaker follow-up. The pacemaker as an implantable
Holter system. Special functions of pacemakers. Cardiac resynchronization
(CRT). CRT hemodynamics. CRT with only left ventricular pacing. New York
Heart Association class I and II patients with left bundle branch block and
depressed left ventricular function. Right bundle branch block. CRT in
patients with a narrow QRS complex. Impact of CRT. Alternative routes to
left ventricular pacing. What is a CRT responder? Complications of CRT
implantation. Impact of comorbidities. Programming of CRT devices. Atrial
fibrillation and atrial tachyarrhythmia. Congestive heart failure after
CRT. Arrhythmias after CRT. Appendix: Guidelines. American guidelines for
pacemaker implantation. European guidelines for pacemaker implantation.
Commentary. Further reading. Index.
Preface to the first edition. Preface to the second edition. Abbreviations.
Color Plate Section. What is a pacemaker? Recording pacemaker activity.
Fundamentals of electricity. Ventricular stimulation. Pacing leads. Sensing
- basic concepts. Sensing - advanced concepts. Basic pacemaker
electrocardiography. Other single chamber pacemakers. DDD pacemakers -
basic functions. DDD pacemakers - upper rate response. Atrioventricular
interval. Retrograde ventriculoatrial synchrony in dual chamber pacemakers.
All dual chamber pacemakers function in the DDD mode. Types of lower rate
timing. Atrial capture. Automatic mode switching. Pacemaker radiography.
Oversensing. Troubleshooting. Pacemaker hemodynamics and rate-adaptive
pacing. Pacemaker tachycardias - Part 1. Pacemaker tachycardias - Part 2.
Treatment of tachycardia. Pacemaker interference. Pacemaker follow-up.
Remote pacemaker monitoring. Special functions. Biventricular pacing and
cardiac resynchronization. Conclusion. Text: Overview of cardiac pacing and
cardiac resynchronization Cardiac pacing. Implantation. Basic function.
Power source. Rate or interval? Single chamber pacemakers. Basic
electricity. Chronic pacing threshold and safety margin. Sensing. Polarity:
unipolar versus bipolar pacing and sensing. Ventricular fusion and
pseudofusion beats. Operational characteristics of a simple DDD pacemaker.
Crosstalk and crosstalk intervals. Increasing complexity: our simple DDD
pacemaker grows to nine intervals. Upper rate response of DDD pacemakers.
Lower rate timing of dual chamber pacemakers. Phantom programming.
Programmability of lower rate. Endless loop tachycardia. Repetitive
non-reentrant VA synchrony: the cousin of endless loop tachycardia. Types
of dual chamber pacemakers. Overdrive suppression and the underlying
rhythm. Pacemaker hemodynamics. Rate-adaptive pacemakers. The pacemaker
stimulus. Magnet mode. Normal QRS patterns during right ventricular pacing.
Left ventricular endocardial pacing. Manifestations of myocardial
infarction in the paced rhythm. Cardiac memory. Pacemaker alternans.
Complications of pacemakers. Non-electrical complications. Electrical
complications. Automatic mode switching. Minimizing right ventricular
pacing. Effect of drugs and electrolyte imbalance. Magnet application.
Capture verification algorithms. Keeping good records. Factors influencing
pacemaker longevity. Pacemaker follow-up. The pacemaker as an implantable
Holter system. Special functions of pacemakers. Cardiac resynchronization
(CRT). CRT hemodynamics. CRT with only left ventricular pacing. New York
Heart Association class I and II patients with left bundle branch block and
depressed left ventricular function. Right bundle branch block. CRT in
patients with a narrow QRS complex. Impact of CRT. Alternative routes to
left ventricular pacing. What is a CRT responder? Complications of CRT
implantation. Impact of comorbidities. Programming of CRT devices. Atrial
fibrillation and atrial tachyarrhythmia. Congestive heart failure after
CRT. Arrhythmias after CRT. Appendix: Guidelines. American guidelines for
pacemaker implantation. European guidelines for pacemaker implantation.
Commentary. Further reading. Index.
Color Plate Section. What is a pacemaker? Recording pacemaker activity.
Fundamentals of electricity. Ventricular stimulation. Pacing leads. Sensing
- basic concepts. Sensing - advanced concepts. Basic pacemaker
electrocardiography. Other single chamber pacemakers. DDD pacemakers -
basic functions. DDD pacemakers - upper rate response. Atrioventricular
interval. Retrograde ventriculoatrial synchrony in dual chamber pacemakers.
All dual chamber pacemakers function in the DDD mode. Types of lower rate
timing. Atrial capture. Automatic mode switching. Pacemaker radiography.
Oversensing. Troubleshooting. Pacemaker hemodynamics and rate-adaptive
pacing. Pacemaker tachycardias - Part 1. Pacemaker tachycardias - Part 2.
Treatment of tachycardia. Pacemaker interference. Pacemaker follow-up.
Remote pacemaker monitoring. Special functions. Biventricular pacing and
cardiac resynchronization. Conclusion. Text: Overview of cardiac pacing and
cardiac resynchronization Cardiac pacing. Implantation. Basic function.
Power source. Rate or interval? Single chamber pacemakers. Basic
electricity. Chronic pacing threshold and safety margin. Sensing. Polarity:
unipolar versus bipolar pacing and sensing. Ventricular fusion and
pseudofusion beats. Operational characteristics of a simple DDD pacemaker.
Crosstalk and crosstalk intervals. Increasing complexity: our simple DDD
pacemaker grows to nine intervals. Upper rate response of DDD pacemakers.
Lower rate timing of dual chamber pacemakers. Phantom programming.
Programmability of lower rate. Endless loop tachycardia. Repetitive
non-reentrant VA synchrony: the cousin of endless loop tachycardia. Types
of dual chamber pacemakers. Overdrive suppression and the underlying
rhythm. Pacemaker hemodynamics. Rate-adaptive pacemakers. The pacemaker
stimulus. Magnet mode. Normal QRS patterns during right ventricular pacing.
Left ventricular endocardial pacing. Manifestations of myocardial
infarction in the paced rhythm. Cardiac memory. Pacemaker alternans.
Complications of pacemakers. Non-electrical complications. Electrical
complications. Automatic mode switching. Minimizing right ventricular
pacing. Effect of drugs and electrolyte imbalance. Magnet application.
Capture verification algorithms. Keeping good records. Factors influencing
pacemaker longevity. Pacemaker follow-up. The pacemaker as an implantable
Holter system. Special functions of pacemakers. Cardiac resynchronization
(CRT). CRT hemodynamics. CRT with only left ventricular pacing. New York
Heart Association class I and II patients with left bundle branch block and
depressed left ventricular function. Right bundle branch block. CRT in
patients with a narrow QRS complex. Impact of CRT. Alternative routes to
left ventricular pacing. What is a CRT responder? Complications of CRT
implantation. Impact of comorbidities. Programming of CRT devices. Atrial
fibrillation and atrial tachyarrhythmia. Congestive heart failure after
CRT. Arrhythmias after CRT. Appendix: Guidelines. American guidelines for
pacemaker implantation. European guidelines for pacemaker implantation.
Commentary. Further reading. Index.