Results 261 to 270 of about 57,707 (307)
Some of the next articles are maybe not open access.
Archives of Internal Medicine, 1975
The symptom most frequently requiring investigation and consideration for cardiac pacing is syncope. This symptom is now receiving more attention than ever, mainly because of the advent of tilt table testing--a simple noninvasive procedure that has substantially reduced the number of syncopal patients remaining undiagnosed.
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The symptom most frequently requiring investigation and consideration for cardiac pacing is syncope. This symptom is now receiving more attention than ever, mainly because of the advent of tilt table testing--a simple noninvasive procedure that has substantially reduced the number of syncopal patients remaining undiagnosed.
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Emergency Medicine Clinics of North America, 1988
Pacemaker technology has become much more complex in the last ten years. Transcutaneous pacemakers now allow rapid institution of cardiac pacing in the Emergency Department and in the prehospital setting. Permanent pacemakers frequently have dual-chamber pacing and sensing capability as well as multiple programmable modes of operation.
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Pacemaker technology has become much more complex in the last ten years. Transcutaneous pacemakers now allow rapid institution of cardiac pacing in the Emergency Department and in the prehospital setting. Permanent pacemakers frequently have dual-chamber pacing and sensing capability as well as multiple programmable modes of operation.
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The Annals of Thoracic Surgery, 1979
The basic electrophysiology of temporary and permanent cardiac pacing is reviewed, as are the indications, the types of pacing systems, and the methods of implantation. Recent developments in power sources and leads are described. The mercury-zinc battery is now obsolete and is being replaced by lithium, rechargeable, and isotopic power systems.
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The basic electrophysiology of temporary and permanent cardiac pacing is reviewed, as are the indications, the types of pacing systems, and the methods of implantation. Recent developments in power sources and leads are described. The mercury-zinc battery is now obsolete and is being replaced by lithium, rechargeable, and isotopic power systems.
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Transesophageal cardiac pacing
The American Journal of Cardiology, 1969Abstract Our initial clinical experience with human transesophageal pacing is described. We were successful in pacing the heart of this patient at a fixed rate for 36 hours and on demand pacing for 24 additional hours, with no significant adverse effects to the esophagus.
B, Burack, S, Furman
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AORN Journal, 2001
Cardiac Pacing, Charles J.
Michael Glikson, David L. Hayes
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Cardiac Pacing, Charles J.
Michael Glikson, David L. Hayes
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Emergency Medicine Clinics of North America, 1986
This discussion reviews and critiques the available emergency pacing methods for the control of symptomatic bradycardias and the management of tachyarrhythmias. In addition, attention is addressed to the emergency care of patients with permanent pacemakers.
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This discussion reviews and critiques the available emergency pacing methods for the control of symptomatic bradycardias and the management of tachyarrhythmias. In addition, attention is addressed to the emergency care of patients with permanent pacemakers.
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Acta Cardiologica, 2001
Keywords: pacemaker cardiac resynchronization pacing mode pacemaker code biventriculor ...
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Keywords: pacemaker cardiac resynchronization pacing mode pacemaker code biventriculor ...
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AACN Advanced Critical Care, 1991
Pacemaker technology has experienced many advances. Today temporary pacing can be provided in several ways. This chapter examines one of these modalities, transcutaneous noninvasive pacing. In addition, this chapter reviews relevant historic milestones, describe transcutaneous pacing, state procedural aspects, and delineate important nursing aspects of
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Pacemaker technology has experienced many advances. Today temporary pacing can be provided in several ways. This chapter examines one of these modalities, transcutaneous noninvasive pacing. In addition, this chapter reviews relevant historic milestones, describe transcutaneous pacing, state procedural aspects, and delineate important nursing aspects of
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The American Journal of Emergency Medicine, 1993
Cardiac pacing may be used for emergency control of atria1 and ventricular tachyarrhythmias and bradyrhythmias, such as symptomatic sinus bradycardia or atrioventricular block, and it may be used for prophylaxis in patients with myocardial infarction or during pulmonary artery catheter placement.
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Cardiac pacing may be used for emergency control of atria1 and ventricular tachyarrhythmias and bradyrhythmias, such as symptomatic sinus bradycardia or atrioventricular block, and it may be used for prophylaxis in patients with myocardial infarction or during pulmonary artery catheter placement.
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Cardiology Clinics, 2000
Many of the advances that have been seen in the last decade concerning the functionality, size, and longevity of cardiac pacemakers have been dependent upon concomitant advances in cardiac pacing leads. The most difficult component of a pacing lead to develop has been the insulator.
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Many of the advances that have been seen in the last decade concerning the functionality, size, and longevity of cardiac pacemakers have been dependent upon concomitant advances in cardiac pacing leads. The most difficult component of a pacing lead to develop has been the insulator.
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