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Willem Einthoven: The development of the human electrocardiogram.

机译:威廉·埃因托芬(Willem Einthoven):人类心电图学的发展。

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摘要

The electrocardiogram is one of the most commonly used diagnostic tools in healthcare. This ingenious device was developed and created in the early 1900s by Willem Einthoven, MD, PhD after studying the mechanisms of electromagnetism and Waller's capillary electrometer. Einthoven dedicated most of his research and clinical activities to improve the early versions of the electrical current recording medical devices. Einthoven's most notable invention was the string galvanometer which we now know as the electrocardiogram. Although the idea of using the string galvanometer as a diagnostic tool faced opposition by scientists and physicians of his time, he remained convinced of the potential of his machine to improve patient care. Einthoven's string galvanometer subsequently became the standard diagnostic tool for recognition and differentiation of heart conditions through the interpretation of cardiac waves, and has become standard practice in the field of resuscitation. In 1924, Einthoven received the Nobel Prize in Medicine for his development of the string galvanometer.
机译:心电图是医疗保健中最常用的诊断工具之一。在研究电磁学和Waller毛细管静电计的机理之后,这种巧妙的装置是由William Einthoven,MD,PhD在1900年代初期开发和创造的。 Einthoven致力于他的大部分研究和临床活动,以改进电流记录医疗设备的早期版本。埃因托芬最著名的发明是弦振镜,我们现在将其称为心电图。尽管使用线振计作为诊断工具的想法遭到了当时的科学家和医生的反对,但他仍然相信他的机器有潜力改善患者护理。随后,埃因索芬的弦振计通过解释心电波成为识别和区分心脏状况的标准诊断工具,并已成为复苏领域的标准做法。 1924年,埃因索芬(Einthoven)的弦振计的研制获得了诺贝尔医学奖。

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