Computerized prediction of complications' development possibility. In the late myocard infarction development periods, according to the characteristic data of acute period.
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Biomedical subjects
Publications and source records attributed to V M Akhutin.
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Experience in designing and using screening diagnostic systems has yielded a formal model of an automatic system to make a prophylactic surveys of the population. This model makes it possible to design automatic systems so that a number of informational structures should be developed to store initial medical data and the results of their processing, to aggregate decisive rules of making a conclusion on the health status and the relatively invariant interpreting core. The similar approach substantially simplifies a procedure to modify decisive rules from the results of using the system and to duplicate off-the shelf solutions on different quota of patients with minimal changes in software implementation.
The paper deals with the informational approach to assessing the quality of formalized medical documents. It shows it possible to apply the above approach to analyzing the components of medical support of automatic diagnostic systems.
A new method and an apparatus for noninvasive medical investigations of the vascular system are considered. During the investigations, the two known methods of arterial pressure measuring, namely Korotkov's method and Penaz's method were used. The combination of the methods and a special procedure algorithm allow the measuring, in addition to arterial pressure, of the other important hemodynamic parameters such as venous pressure, the characteristic time parameters of blood redistribution between arterial and venous vessels and pulse wave velocity. The diagram of the photoplethysmo-tonomanometer and the measuring algorithm procedure are provided.
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Herein is described the structure and technical parameters of the computer aided complex for the control of changes in operator's state. The design of the specialised operating system and software attached are considered. The article is quite interesting for the specialists engaged in the field of computer aided complex units, for the functional diagnostic specialists and specialists involved in automation of medical research work.
Ultrasonic echo-impulse devices for brain monitoring, widely used in clinical medicine, permit to achieve a diagnostical information about the location of volume pathological formations in brain and characteristics of intracranial hemodynamics during short-time researches. According to model testing, the developed system of electron search and guidance of ultrasonic rays to intracranial structure elements for monitoring of spinal fluid haemodynamic characteristics in cranial cavity can be used for search, guidance and retention of the chosen direction of ultrasonic sounding for the period of physiological information reading.
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Herein are described the problems that deal with the computer aided prophylactic medical examination of children population. Questions devoted to the development of the medical software ASPON-D, the technologies of children's examination and development of the specialised experimental system are described here as well. A brief summary of the feasibility study that can be applied for the alternative systems used for the practical public health aims and the results of the experimental operation test are presented.
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