National university «Lviv politechnika», department the «Electronic devices»Ukraine
79013, m Lviv, street. St, Banderi, 12
E-mail Web:
http://lp.edu.ua/ BASIC TYPE OF ORGANISATION/PERSON
Scientifically applied research-and-development at industry of newest photostimul and photoinformatic technologies of medical application class of non-coherent emitters of the concentrated action, photomedic devices of new generation, on their basis with the guided dynamics of descriptions of optical radiation of bioinfluential areas of spectrum. Development of medical devices on the basis of optimization of choice competition capable electronic components of the set spectrum of radiation and patent clean methods and facilities of management of radiate bodies and descriptions of light stream a dynamics in accordance with the programs of bioresonance information phototechnologies.
WORK EXPERIENCE
Research of descriptions of optical radiation is conducted for the devices of êîëüîðî³íôîðìàö³éíî¿ photostimulation in new optical formats with guided after the spatial distributing, color and other indexes, by the dynamics of radiation. Principles of construction of devices are developed for photostimul light-therapy in the oral cavity of new generation taking into account the features of individual perception of photostimulus. Last, for example, after frequency, duration, form and other parameters, can be programed in accordance with the signals of biorhythms of organism and signals of reactions on photostimulation at bioresonance with eigentones at patologies. In development of the noted questions it is attained positive results the novelty of which is protected patents.
BASIC SUGGESTIONS
Devices for photostimul light-therapy in an oral cavity
Development of biomedical technologies is directed on the increase of efficiency of diagnostics and treatment and, thus, improvement of health of population. The perspective is considered in technologies, to which belong so-called photomedic technologies (FMT) which uses the electromagnetic radiation of optical range.
Lately due to works from informotherapy, biophotonics, colour- and bioresonance therapy is acquired by distributions photomedic and photostimul technologies. Such technologies carry out after the proper medical programs which perfects constantly, that needs creation of photostimuls of new types with stimulus regulated, foremost, by frequency of their reiterations, and lately – by the programmable changes of their spectrum and spatial distributing.
It proposes new individual requirements to the spectral devices for biomedicine, so-called photomedic devices. Foremost, these requirements touch most important of constituents - optical emitters.
Attempts of direct transference of the known theoretical methods, models and developments of emitters of the unmedical setting, in the sphere of medical devices and technologies not always is successful. It requires certain theoretical and practical clarifications and, thus, leadthrough of additional researches and approbations, that shows by itself important scientifically applied problem.
As a result of the conducted analysis of informative sources it was certain perspective FMT and structures of non-coherent optical emitters, that they will be realized or can realize in the future. It is discovered that subsequent development of new effective FMT restrains, as insufficiency of deveploment of principles of choice of existing and creation of the new special optical emitters for biomedicine.
In development of the noted questions it is attained by us positive results the novelty of which is protected patents.
EXPECTED FORM OF SPRIVPRATSI
For successful realization of project it is necessary to conduct the series of fundamental researches in industry of medicine, to conduct scientifically applied research of the offered technical solutions, to carry out design-engineering accompaniment of their realization, and also to apply the created medical devices in industry.
Before a collaboration research establishments are invited, project-designer organizations and investors which are interested in the production of devices of photostimul and photoinformatic medical technologies.
EXPECTED RESULTS.
As a result of realization of project the series of devices will be created for photostimul light-therapy in an oral cavity and other difficult of access areas of body of man of new generation, on the basis of optimization of choice competition capable electronic components of the set spectrum of radiation and patent clean methods and facilities of management of radiate bodies and descriptions of light stream a dynamics in accordance with the programs of bioresonance information phototechnologies. Results it is suggested to apply for treatment of chronic diseases on pharyngitis, laryngitis, ear noises, and separate stomatological diseases. The created devices can be used both in medical establishments and in domestic terms.
ADDITIONAL INFORMATION.
As a result of the applied scientific researches on the noted topic over 20 scientific labours are published, both as monographs and in various type editions. The offered subject causes large interest in medicine, and photomedic technologies are offered in medicine have a large prospect of development
Contact person:
Kozhukhar Oleksandr Teofanovich
professor, doctor of engineerings sciences
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