Relationship between a Human ECG and Blood Glucose: An Experimental Hypothesis

This chapter presents the results of experimental studies that suggest the existence of cause-effect relationships between the process of changing the level of human blood glucose and its electrocardiograms (ECG). Long-term observations of his own condition led the author to believe that the main problems patients with type 1 diabetes mellitus (insulin-dependent patients) do not suffer from a lack of insulin, which is produced in the body, but from a violation of the ability to effectively regulate the processes of glucose uptake. It is not easy to fill these "gaps" with insulin injections, even with the help of modern insulin pumps, since the absorption of glucose and insulin by the human body occurs with very significant time pauses. The experiments were conducted in search of new information opportunities, the results of the research are given in this chapter As part of the study, the blood sugar levels of many participants with varying ages and physical conditions were dynamically monitored along with their ECGs. As a result of the experiments, for the first time it was possible to establish that in all the subjects, with an increase in the level of blood glucose, there was a decrease in the activity of the contour movement. The ECG contour is a common electric potential for the entire human cardiac system, by changing which one can achieve a change in the structure of the ECG complex and any change in heart rate. The mobility of an ECG contour is seen as an impediment in conventional electrocardiography and, "in principle," carries no diagnostic information. The experiments carried out by the article's authors offer a relationship between the most significant physiological components of the human body.