Purpose of the development: The operation of the complex is based on a photometric diagnostic method. The use of modern computer equipment in the information complex allows obtaining not only quantitative values of individual parameters, but also recognizing images, while studying the cardiovascular system, it allows to solve an extremely wide range of tasks, including diagnosis, database formation for long-term monitoring, use of cloud technologies. Diagnosis of the existing state of the cardiovascular system; Visualization of pulse processes in various parts of the body Contour analysis of pulse curves; Diagnosis of Endothelial Dysfunction Determination of the velocity of propagation of pulse waves; Determination of vessel rigidity; Determination of biologic age of blood vessels; 4th generation cardiology with 12 taps; Rhythm disturbance with visualization of results; Psycho-emotional state and dynamics of changes; Prognosis of the occurrence of cardiovascular events; Control parameters of a healthy lifestyle.

Recommended application field: The medicine. Cardiology (diagnosis).

Technical characteristic: - the frequency band of the information signal 0.5-150 Hz; - the time constant is 4.5 seconds; - the time of the study - 5 min; - powered via USB interface.

Advantages over analogues: The main advantages of applying the method in medical practice are a wide information base, high reliability, non-invasiveness, atraumatic, safety, low energy of obtaining an information signal and a transformation method that allow you to adequately reproduce and analyze the studied processes.

The development stage readiness: Ready for application

Description of the development:
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The operation of the complex is based on a photometric diagnostic method. The use of modern computer equipment in the information complex allows obtaining not only quantitative values ??of individual parameters, but also recognizing images, while studying the cardiovascular system, it allows to solve an extremely wide range of tasks, including diagnosis, database formation for long-term monitoring, use of cloud technologies. In addition to being highly informative, the device allows you to conduct research for a long time without affecting the course of the studied processes. This makes it possible to analyze rather long segments of the pulse records, which in turn allows you to track and give a digital or quantitative assessment not only of individual components of the pulse curves, which are independent, but, by analogy with the rhythmological approach to the dynamics of the cardiac activity, it is possible to determine the effect nervous and humoral regulation of the contractile activity of both the vascular system and the heart. Analysis of slow processes in the cardiovascular system can provide an opportunity to identify the dynamics associated with the excitation of the vasomotor center in the central nervous system, the humoral and metabolic effects on the smooth muscle cells of the vascular walls that are very sensitive to it, and the like. High prognostic capabilities make it possible to identify the probability of occurrence of cardiovascular events 5-6 years before their clinical manifestations and to avoid irreversible consequences.

corresponds technical description
Ready for implementation

Possibility of transfer abroad:
Combinated reduction to industrial level
Joint production, sale, exploitation

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua