Historical highlights in cardiac pacing
- 1 June 1990
- journal article
- Published by Institute of Electrical and Electronics Engineers (IEEE) in IEEE Engineering in Medicine and Biology Magazine
- Vol. 9 (2) , 12-18
- https://doi.org/10.1109/51.57859
Abstract
The benchmarks in cardiac pacing are identified, beginning with F. Steiner (1871), who rhythmically stimulated the chloroform-arrested hearts of 3 horses, 1 donkey, 10 dogs, 14 cats, and 8 rabbits. The chloroform-arrested heart in human subjects was paced by T. Greene in the following year (1872) in the UK. In 1882, H. Ziemssen in Germany applied cardiac pacing to a 42-year old woman who had a large defect in the anterior left chest wall subsequent to resection of an enchondroma. Intentional cardiac pacing did not occur until 1932, when A.A. Hyman in the US demonstrated that cardiac pacing could be clinically practical. Hyman made a batteryless pacemaker for delivery in induction shock stimuli (60-120/min) to the atria. His pacemaker was powered by a hand-wound, spring-driven generator which provided 6 min of pacemaking without rewinding. Closed-chest ventricular pacing was introduced in the US in 1952 by P.M. Zoll et al. Zoll (1956) also introduced closed-chest ventricular defibrillation. W.L. Weirich et al. (1958) demonstrated that direct-heart stimulation in closed-chest patients could be achieved with slender wire electrodes. S. Furman and J.B. Schwedel (1959) developed a monopolar catheter electrode for ventricular pacing in man. In the same year, W. Greatbatch and W.M. Chardack developed the implantable pacemaker.Keywords
This publication has 23 references indexed in Scilit:
- External noninvasive electric stimulation of the heartCritical Care Medicine, 1981
- Decreasing electrode size and increasing efficiency of cardiac stimulationJournal of Surgical Research, 1971
- Energy consumption for cardiac stimulation as a function of pulse durationJournal of Surgical Research, 1966
- CLINICAL EXPERIENCE WITH AN IMPLANTABLE PACEMAKERAnnals of the New York Academy of Sciences, 1964
- An Implantable, Synchronous Pacemaker for the Long-Term Correction of Complete Heart BlockCirculation, 1963
- A MICROMODULE PACEMAKER RECEIVER FOR DIRECT ATTACHMENT TO THE VENTRICLEAsaio Journal, 1962
- Bridging of interrupted A-V conduction in experimental chronic complete heart block by electronic meansAmerican Heart Journal, 1960
- AN ELECTRICAL ARTIFICIAL PACEMAKER FOR STANDSTILL OF THE HEARTAnnals of Surgery, 1951
- GENERAL HYPOTHERMIA FOR EXPERIMENTAL INTRACARDIAC SURGERYAnnals of Surgery, 1950
- On Death from Chloroform: Its Prevention by GalvanismBMJ, 1872