Alternative approaches to clinical electrophysiology

T. Ippolitova, A. Lukashin, A. Veberg
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Abstract

Purpose: Creation of a device and a new methodology for registering an electrocardiogram that does not require fixation of dogs and impose electrodes.Materials and methods. Two groups have formed that included clinically healthy 12 dogs of small breeds with a weight category of 10 kg, age restrictions were from 3 to 5 years. Electrocardiograms were recorded as a standard veterinary electrocardiogram, so on the CONAN hardware and software, using standard I, II, III ECG of lead. Electrodes "Crocodile" were fixed on the skin of the pelvic folds, the skin near the elbow joint. The second stage of the study was based on the creation of a contact platform capable of registering a nervous impulse. The proposed methodology for registering electrophysiological activity of the heart is based on the creation of mycal electrodes that can perceive indications in the position of the studied animal standing, excluding a stressful effect, lowering the degree of excitation. The third stage of the study was to register an electrocardiogram through a contact site, followed by assessment and comparison with classical methods.Results. In the testimony of atrial and ventricular complexes, when using both methods, there were no differences. The amplitude is preserved, the distance between the intervals did not change. During the observation, the lack of pronounced excitement in dogs was revealed when using the simulated site, which, in turn, facilitates the interpretation procedure. The observation revealed a reduction in the time spent on research when using an experimental methodology.
临床电生理学的替代方法
目的:创造一种设备和一种新的心电图登记方法,不需要固定狗和施加电极。材料和方法。形成了两组,包括12只临床健康的小型犬,体重10公斤,年龄限制为3至5岁。心电图按标准兽医心电图记录,因此在CONAN硬件和软件上,采用标准I、II、III心电图的导联。电极“鳄鱼”固定在骨盆褶皱的皮肤,肘关节附近的皮肤。研究的第二阶段是建立一个能够记录神经冲动的联系平台。所提出的记录心脏电生理活动的方法是基于mycal电极的创建,该电极可以感知所研究动物站立位置的指示,排除压力效应,降低兴奋程度。研究的第三阶段是通过接触点记录心电图,然后与传统方法进行评估和比较。在心房和心室复合体的证据中,使用两种方法时,没有差异。振幅被保留,间隔之间的距离没有改变。在观察过程中,狗在使用模拟场地时缺乏明显的兴奋,这反过来又促进了解释过程。观察结果显示,当使用实验方法时,用于研究的时间减少了。
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