Purpose of the development: Optoelectronic diagnostic system is designed to determine microcirculatory disorders of the cardiovascular system by registering, processing and storage of blood vessels fotopletizmogram by hardware.

Recommended application field: 1. Functional diagnostics based on modern computing and optoelectronic technology for rapid diagnosis of CVD and creating a database for each patient . 2 . For studies of physical and manual therapy procedures for operational monitoring of the vascular system of the spine before the procedure, during and after the issuance of a result of its effectiveness. 3 . When medical examination of the population (especially children and students ) based on the portable computing (Notebook) and modern integrated optoelectronic devices. This makes it possible to conduct a survey of 100 % of the population .

Advantages over analogues: MTF compared with other diagnostic methods biological object (BO) on the optical parameters, such as the photoacoustic method can improve the accuracy of registration hemodynamic blood supply, and also due to fiber-optic technology elements and sources of different wavelengths of the probing radiation can accurately solve problems photodynamic research, remote sensing of various hemodynamic BO.

The development stage readiness: Introduced in production

Technical and economic effect: Economic effect is achieved through the use of opto-electronic methods of recording of biomedical signals, ensures neinvazivnist, high zavadostoykost, organic combination of operations, input, processing and visualization of biomedical information, the ability to measure almost anywhere in the body and creates a safe working environment attendants, comfort and quality of health service.

Description of the development:
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Optical method of diagnosing microcirculation characterized by a fairly wide range of possibilities for the registration ranoobraznyh physiological functions of tissues, organs and body systems. Also a hallmark of the parameters is their high selectivity and accuracy. Optical method also allows you to use along with laser and opto- electronic sensors flexible fiberglass fibers for the study of microcirculation. The system allows : . register photoplethysmogram ( FPG ) two channels simultaneously on peripheral arteries ; . perform hardware and software noise filtering ; . measure the amplitude and temporal characteristics of FPG ; . perform the calculation of the parameters of PPG in relative units ; . perform the work with the database of patients; Through the use of optoelectronic sensors registering biomedical signals operating in the infrared and red bands is provided a safe and comfortable diagnosing various age groups and physical condition of the population ( including the very ill , for example, after the accident , burns, etc. i ) safe working conditions attendants and improved quality of care.

Information about newness of the development:
there are Ukrainian patents -- 2 items
there are patents of other countries -- 1 items

corresponds technical description
Ready for implementation

Possibility of transfer abroad:
Licence's sale
Technological document's sale
Realization of finished commodity
Joint production, sale, exploitation

Photo

Country Ukraine

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