In the context of the scientific and technical history of electrocardiography, the development of transtelephone electrocardiography (tele-ECG) remains unexplored - as a set of technical and methodological aspects of remote ECG transmission via telecommunication. This direction played a significant role in medical science and practice in the middle of the twentieth century, in many ways it remains relevant to this day. The task of the study. To identify and systematize the patterns of development of scientific knowledge related to the creation and use of transtelephone electrocardiography technologies in the period of the 1960s-1980s in Europe, Asia, North America and Australia. Results. From the point of view of technical sciences, there were two main trends in scientific research: a) the design of hardware solutions for broadcasting and receiving ECG via cable or radio channels; b) the development of algorithms for computer analysis of ECG. From the point of view of medical sciences: a) clinical trials, including an assessment of the technical reliability of equipment; b) evaluation of the diagnostic accuracy of remote (both "human" and machine) interpretation of ECG; c) study of the clinical significance of tele-ECG. When comparing the trends of scientific and technological development of transtelephone electrocardiography in foreign countries, it is obvious that the countries of Europe and Asia follow in the wake of medical science in the USA. In the studies of scientists from Eastern Europe, the influence of medical science of the USSR in the form of the use of tele-ECG in occupational medicine is noted. Conclusions. In the period of the 1960s-1980s, the scientific and technical development of transtelephone electrocardiography took place in many countries of the world, but the activity and significance of these processes seriously differed. The emergence of affordable and reliable technologies for remote counseling, as well as automated analysis of electrocardiography results, has become significant. The overall result was the emergence of clinically significant remote diagnostics techniques and new models of medical care organization based on them.
The minutes of the meeting of the Society of Marine Physicians in St. Petersburg dated October 30, 1912, which describes an experiment on the transmission of biomedical data via telecommunications, are published. The head of the workshop of the Radiotelegraph depot A.K. Nikiforov developed a device for remote transmission of the sound picture of the heart, using his own designs of amplifiers and microphones. The experiment was conducted with the participation of doctor A.G. Makarov. The results indicated insufficient broadcast quality and required technical refinement of the device. Comparison with the effectiveness of similar experiments in other countries shows that in the studied period of time, the general level of technical development did not fundamentally allow solving the problem of high-quality transmission of biomedical data over a distance. The fact of the experiment revealed by the author, which occurred against the background of institutionalization of scientific research in the Radiotelegraph Depot, is extremely important from the point of view of systematization of the history of domestic scientific research in the field of biotelemetry. When studying archival materials, the processes of institutionalization of scientific work in the Radiotelegraph Depot were revealed, including regulatory support, creation of organizational structures, distribution of goals and objectives, financing, and resource provision. The formal structuring of scientific activity formed the context for scaling research into other fields of knowledge, which created the basis for A.K. Nikiforov's scientific and design activities in the field of biomedicine. The scientist-engineer made a contribution to the accumulation of knowledge and the future formation of dynamic biotelemetry as a separate scientific direction.
Objective is the processes of formal structuring of scientific research in the field of remote automated diagnostics in the USSR. In the period under study, against the background of intensive processes of informatization of health care, a direction of scientific research was formed to create algorithms and programs for computer analysis of biomedical data in order to support medical decision-making. The low availability of electronic computers (due to objective technological and financial difficulties) prompted scientists to use telecommunication technologies to transfer data from practical health care institutions to large scientific and clinical centers equipped with computers. The initiatives of individual scientific groups were combined into the Republican target complex program for the scientific and practical development of automated advisory systems. The institutionalization of scientific research has reached a high level. At the expense of the state and administrative resources, systematic research was ensured - since 1979, the Republican Target Program "Development and Implementation of an Automated System for Remote Diagnosis of Certain Emergency Conditions" began in the RSFSR. However, by the mid-1980s due to a number of reasons (infrastructural, information-psychological and socio-economic), the biotelemetric component has lost its relevance and has almost completely disappeared from scientific topics. Research in the field of automated data analysis and biotelemetry itself has been divided into two separate areas.
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