Tom Kenny (FHRS, CCDS, Director of Education, PrepMD, Braintree, MA
The Nuts and Bolts of Implantable Device Therapy
Pacemakers
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Tom Kenny (FHRS, CCDS, Director of Education, PrepMD, Braintree, MA
The Nuts and Bolts of Implantable Device Therapy
Pacemakers
- Broschiertes Buch
This book provides an excellent introductory resource for those new to cardiac pacing and pacemakers.
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This book provides an excellent introductory resource for those new to cardiac pacing and pacemakers.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- The Nuts and Bolts Series
- Verlag: John Wiley and Sons Ltd
- Seitenzahl: 336
- Erscheinungstermin: 20. Januar 2015
- Englisch
- Abmessung: 254mm x 178mm x 19mm
- Gewicht: 650g
- ISBN-13: 9781118670675
- ISBN-10: 1118670671
- Artikelnr.: 42054294
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- 06621 890
- The Nuts and Bolts Series
- Verlag: John Wiley and Sons Ltd
- Seitenzahl: 336
- Erscheinungstermin: 20. Januar 2015
- Englisch
- Abmessung: 254mm x 178mm x 19mm
- Gewicht: 650g
- ISBN-13: 9781118670675
- ISBN-10: 1118670671
- Artikelnr.: 42054294
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- 06621 890
Tom Kenny, FHRS, CCDS Tom Kenny has always been an educator. From his start as a Critical Care Educator for the North Broward Hospital District in Fort Lauderdale, Florida, to serving as Director of Education at PrepMD in Braintree, Massachusetts, Tom has focused on providing real-world, practical education for clinicians. Although he has served on faculty at Broward Community College and lectures for the Heart Rhythm Society and the Food and Drug Administration, Tom has always believed that it was imperative to educate the "front lines" of healthcare, the men and women clinicians across the country who treat patients day in and day out. He has served at Intermedics and St. Jude Medical in corporate medical device education, where he sought to make highly complicated therapies easily understood. In his tenure at both companies, he expanded training programs and developed educational materials. Finding that there was little in the way of pacemaker training for educated clinicians who just did not happen to know pacing, Tom brought his style of training to the classroom and now to book form. Tom is a native New Yorker who currently divides his time between Massachusetts and Texas. He has five children.
Preface
vi Acknowledgments
vii 1 Cardiovascular anatomy and physiology
1 2 Cardiac conduction system
15 3 The cardiac cycle and hemodynamics
21 4 Heart disease
29 5 Cardiac medications related to cardiac rhythm management devices
37 6 The basics of ecg and rhythm interpretation
48 7 Arrhythmia analysis
58 8 E lectricity 101
78 9 Pacing 101
84 10 Indications for pacing
104 11 Pacemaker implantation
116 12 Connecting the leads to the pulse generator
131 13 Pacemaker modes and codes
140 14 Single-chamber timing cycles
153 15 Introduction to dual-chamber timing cycles
169 16 Dual-chamber timing cycles: the atrial channel
179 17 Dual-chamber timing cycles: the ventricular channel
195 18 Paced ECG and EGM analysis
205 19 Upper-rate behavior
219 20 Advanced dual-chamber timing
233 21 Rate-responsive pacing
242 22 Special features
260 23 Automatic capture algorithms
278 24 Pacemaker follow-up
297 25 Follow-up and troubleshooting
310 Key answer
316 Index
320
vi Acknowledgments
vii 1 Cardiovascular anatomy and physiology
1 2 Cardiac conduction system
15 3 The cardiac cycle and hemodynamics
21 4 Heart disease
29 5 Cardiac medications related to cardiac rhythm management devices
37 6 The basics of ecg and rhythm interpretation
48 7 Arrhythmia analysis
58 8 E lectricity 101
78 9 Pacing 101
84 10 Indications for pacing
104 11 Pacemaker implantation
116 12 Connecting the leads to the pulse generator
131 13 Pacemaker modes and codes
140 14 Single-chamber timing cycles
153 15 Introduction to dual-chamber timing cycles
169 16 Dual-chamber timing cycles: the atrial channel
179 17 Dual-chamber timing cycles: the ventricular channel
195 18 Paced ECG and EGM analysis
205 19 Upper-rate behavior
219 20 Advanced dual-chamber timing
233 21 Rate-responsive pacing
242 22 Special features
260 23 Automatic capture algorithms
278 24 Pacemaker follow-up
297 25 Follow-up and troubleshooting
310 Key answer
316 Index
320
Preface
vi Acknowledgments
vii 1 Cardiovascular anatomy and physiology
1 2 Cardiac conduction system
15 3 The cardiac cycle and hemodynamics
21 4 Heart disease
29 5 Cardiac medications related to cardiac rhythm management devices
37 6 The basics of ecg and rhythm interpretation
48 7 Arrhythmia analysis
58 8 E lectricity 101
78 9 Pacing 101
84 10 Indications for pacing
104 11 Pacemaker implantation
116 12 Connecting the leads to the pulse generator
131 13 Pacemaker modes and codes
140 14 Single-chamber timing cycles
153 15 Introduction to dual-chamber timing cycles
169 16 Dual-chamber timing cycles: the atrial channel
179 17 Dual-chamber timing cycles: the ventricular channel
195 18 Paced ECG and EGM analysis
205 19 Upper-rate behavior
219 20 Advanced dual-chamber timing
233 21 Rate-responsive pacing
242 22 Special features
260 23 Automatic capture algorithms
278 24 Pacemaker follow-up
297 25 Follow-up and troubleshooting
310 Key answer
316 Index
320
vi Acknowledgments
vii 1 Cardiovascular anatomy and physiology
1 2 Cardiac conduction system
15 3 The cardiac cycle and hemodynamics
21 4 Heart disease
29 5 Cardiac medications related to cardiac rhythm management devices
37 6 The basics of ecg and rhythm interpretation
48 7 Arrhythmia analysis
58 8 E lectricity 101
78 9 Pacing 101
84 10 Indications for pacing
104 11 Pacemaker implantation
116 12 Connecting the leads to the pulse generator
131 13 Pacemaker modes and codes
140 14 Single-chamber timing cycles
153 15 Introduction to dual-chamber timing cycles
169 16 Dual-chamber timing cycles: the atrial channel
179 17 Dual-chamber timing cycles: the ventricular channel
195 18 Paced ECG and EGM analysis
205 19 Upper-rate behavior
219 20 Advanced dual-chamber timing
233 21 Rate-responsive pacing
242 22 Special features
260 23 Automatic capture algorithms
278 24 Pacemaker follow-up
297 25 Follow-up and troubleshooting
310 Key answer
316 Index
320