Sachs M, Sudermann H
Klinik für Allgemein- und Gefässchirurgie, Johann Wolfgang Goethe-Universität Frankfurt am Main.
Zentralbl Chir. 1998;123(8):950-4.
In 1854 the surgeon Albrecht Theodor Middeldorpf (1824-1868) published the first monography on the application of electrical current in surgical operations ("galvanocautery"). By galvanocautery Middeldorpf defined a procedure in which specially constructed parts of surgical instruments (usually thin platinum wires) were transformed into glowing heat by means of galvanic current from a zinc-platinum-battery. In this manner it was possible to perform dissection and destruction of tissue as well as coagulation of vessels for hemostasis. His most important electrosurgical instruments comprised an electrosurgical knife ("galvanocautery") and the electrical cutting snare ("ligatura candens") for removal of polypoid tumors. These instruments are the direct ancestors of modern electrocautery or cautery snare. The glowing platinum wire was later also applied as a light source of cystoscopes. Thus, galvanocautery enabled development of endoscopy. Modern diathermy with high-frequent alternating current was introduced in medicine by the Dermatologist Franz Nagelschmidt from Berlin.
1854年,外科医生阿尔布雷希特·西奥多·米德多普夫(1824 - 1868)发表了第一篇关于电流在外科手术中应用的专著(“电烙术”)。通过电烙术,米德多普夫定义了一种 procedure,即通过锌 - 铂电池产生的电流,使手术器械的特定构造部分(通常是细铂丝)转化为炽热的热量。通过这种方式,可以进行组织的切割和破坏以及血管的凝固以实现止血。他最重要的电外科器械包括电外科刀(“电烙刀”)和用于切除息肉样肿瘤的电切圈套器(“灼烙结扎器”)。这些器械是现代电烙器或电切圈套器的直接前身。炽热的铂丝后来也被用作膀胱镜的光源。因此,电烙术推动了内窥镜检查的发展。来自柏林的皮肤科医生弗朗茨·纳格尔施密特将现代高频交流电透热疗法引入了医学领域。