The Foundations of Cardiac Pacing: Pt 2
Published on 9. June 1999
Book
Hardback
547 pages
978-0-87993-381-4 (ISBN)
Description
Since the first clinical application of an atrial triggered ventricular pacemaker by Nathan, progress in technology has allowed the development of new pacing modes such as rate variable pulse generators, that adjust their basic rate according to physiological needs. In recent years, these new concepts have been used ever more widely, offering significant benefits to a large number of suitable patients and also to those patients who could not previously benefit from pacing. The second part of The Foundations of Cardiac Pacing, An Illustrated Guide to Rate Variable Pacing, continues the spirit of the Bakken Research Center Series and offers a contemporary overview of advanced cardiac pacing. The editors assume the reader is familiar with The Foundations of Cardiac Pacing, Part I.
More details
Series
Language
English
Place of publication
New York
United States
Target group
College/higher education
Professional and scholarly
Illustrations
175
Dimensions
Height: 10 mm
Width: 7 mm
Weight
1651 gr
ISBN-13
978-0-87993-381-4 (9780879933814)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Persons
Content
1. IntroductionR. Sutton, L. Ryden, I. Bourgeois 2. CardiodynamicsR. Sutton, L. Ryden, I. Bourgeois 3. Hemodynamic Impact of Bradyarrhythmias and the Effects of Rate Variable PacingR. Sutton, L. Ryden, I. Bourgeois 4. Dual Chamber Pacemakers: How They WorkR. Sutton, L. Ryden, I. Bourgeois 5. Sensor Controlled Pacemakers: How They WorkR. Sutton, L. Ryden, I. Bourgeois 6. Implantation of Rate Variable PacemakersIb Munskgaard Kruse 7. Clinical Results of Rate Variable PacingA. Hedman, C. Linde, R. Nordlander, R. Sutton, L. Ryden, I. Bourgeois 8. Sensor Controlled Rate Variable Pacemakers8.1. First Rate Responsive Pacemaker: pH-TriggeringLeonardo Cammilli8.2. QT Sensing PacemakersR. Nordlander8.3. Rate Variable Pacemakers That Use Respiration as Their SensorP. Rossi8.4. Activity Sensing PacemakersR. Sutton, L. Ryden, I. Bourgeois8.5. The Temperature Controlled PacemakerJ. Ruiter8.6. Rate Responsive Pacing Using Minute VentillationA.J. Camm8.7. Right Ventricular Pressure Sensing for Rate Variable PacingR. Sutton8.8. Rate Variable Pacing Controlled by Mixed Venous Oxygen SaturationS. Faerestrand, O-J Ohm8.9. Paced Depolarization IntegralI. Singer8.10. Stroke Volume and Pre-ejection Period SensingS. O'Donoghue, E.V. Platia8.11. Pacing Systems Using Accelerator SensorsS. Webb8.12. Rate Adaptive Pacing Using a Closed-Loop, Autonomic Nervous System Controlled PacemakerM. Schaldach 9.1. Single Lead VDD PacingA. Nava, T. Scalise 9.2. Clinical Experience with DDI PacingR. Sutton, L. Ryden, I. Bourgeois 10. Pacing in Cartoid Sinus and Vasovagal SyndromesR. Sutton, L. Ryden, I. Bourgeois 11. Cardiac Pacing in ChildrenP. Gillette, V. Zeigler, C. Case, A. O'Connor 12. Indications for Pacing, Mode Selection, Programming of Rate Variable Devices and ComplicationsR. Sutton, L. Ryden, I. Bourgeois 13. Pacemaker Follow-up and TroubleshootingR. Sutton, L. Ryden, I. Bourgeois 14. Pacing in the Health-Care SystemR. Sutton, L. Ryden, I. Bourgeois Appendix 1: NASPE/BEG Generic Pacemaker CodeAppendix 2: Commonly Used Guidelines for Permanenet Cardiac Pacemaker ImplantationR. Sutton, L. Ryden, I. Bourgeois