Results 261 to 270 of about 101,589 (306)
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Multisite cardiac pacing

Acta Cardiologica, 2001
Keywords: pacemaker – cardiac resynchronization – pacing mode – pacemaker code – biventriculor ...
openaire   +1 more source

INTERFERENCE WITH CARDIAC PACING

Cardiology Clinics, 2000
Most exposures to electromagnetic interference are transient and pose no threat to patients with pacemakers and implantable cardioverter defibrillators. Prolonged exposure may be catastrophic in pacemaker dependent patients. New technologies (wireless phones, electronic antitheft surveillance) are safe if proper precautions are takes.
S L, Pinski, R G, Trohman
openaire   +2 more sources

Cardiac Pacing in the 1980s

New England Journal of Medicine, 1984
MORE than 500,000 patients in the United States live with the aid of a permanent cardiac pacing system to ensure a dependable cardiac rhythm, and this year another 100,000 will undergo pacemaker implantation.1 Now in its third decade, the field of cardiac pacing has undergone tremendous technological growth and development.2 , 3 Newer microchip ...
P L, Ludmer, N, Goldschlager
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Transcutaneous Cardiac Pacing

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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Physiological Cardiac Pacing

Pacing and Clinical Electrophysiology, 1980
With the availability of reliable transvenous atrial leads and advances in electronic and battery technology, pacing for the restoration of the atrioventricular sequence has become practicable. This paper presents (1) a historical review of physiological cardiac pacing, and (2) a functional description of pacemakers currently available or in clinical ...
R, Sutton, J, Perrins, P, Citron
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Cardiac pacing in children

Current Opinion in Cardiology, 1998
Indications for cardiac pacing in pediatric patients continue to expand. In addition to its traditional use in sinus and atrioventricular nodal disease, applications for cardiac pacing now include treatment of tachyarrhythmias after repair of congenital heart disease, reduction of left ventricular outflow tract obstruction in hypertrophic ...
L, Bevilacqua, A, Hordof
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Cardiac Pacing in Children

AACN Advanced Critical Care, 1991
Advances in pacemaker technology over the last 25 years have made cardiac pacing in infants and children a safe and practical therapy. Some of the technical challenges encountered with the first permanent pacemaker implantation in children during the early 1960s have been solved with miniaturized generators, lithium batteries, noninvasive ...
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CARDIAC PACING LEADS

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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Cardiac Pacing

American Heart Journal, 1965
A H, Siddons   +5 more
openaire   +5 more sources

Cardiac pacing in retrospect

The American Journal of Surgery, 1983
As precursors of permanent pacemakers, Lidwill (1929) and Hyman (1932) introduced temporary pacemakers for resuscitation. Callaghan (1950) intravenously paced the sinus nodal region for bradycardia in hypothermic dogs. Zoll (1952) used external electrodes to treat Adams-Stokes attacks, and Lillehei (1957) fixed stainless steel electrodes to the ...
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