Main Sector of relevance\IRC classification 3. Biological Sciences


3.6 To develop and master physiotherapeutic device, providing effective treatment of wide range of diseases using associated effect of low-intensity extremely high frequency radiation, laser radiation, ultralight diodes radiation and weak magnetic field under production. To develop methods of various genesis diseases effectiveness increase with the help of the devise

Developers’ contact information

State Scientific Institution “The Institute of Physiology of the National Academy of Sciences of Belarus”
28 Akademicheskaya Str., 220072 Minsk
V.S. Levkovets, Cand. Sc. (Biology)
tel./fax: +375 (17) 284-16-30

Summary

Method of combined action of physical therapeutic factors will be developed and optimized as a result of the project. These factors are used in physiotherapeutic device AFT “Extrossens” and provide effective treatment of arterial hypertension, osteoarthrosis and other diseases.

Description

A scheme and methods of biological experimental animal studies to determine effectiveness of analgetic, hypotensive, antipyretic, anti-ischemic, hypo- and hypermethabolic action of low-intensity extremely high frequency radiation, low-intensity laser radiation of short infrared spectral range, ultralight diodes radiation, visible spectral range and weak magnetic field was developed.

Technology type

Technical advantages and economic benefits

Technical characteristics of physiotherapeutic device are as per GOST of the Republic of Belarus. Production technology is characterized by economic advantages in comparison with production of analogous devices.

Technology differentiation and uniqueness

Complex effect of low-intepanied by increase of effectiveness of locomotor apparatus disease, cardiovascular, nervous, respiratory system and obesitynsity extremely high frequency radiation, ultralight diodes radiation and magnetic field is accom.

Context in which technology was identified

Technological keywords

Physiotherapeutic device, low-intensity extremely high frequency radiation, laser radiation, ultralight diodes radiation, magnetic field, physiotherapy.

Development Stage

Intellectual property rights

Range of applications

Medicine

Classifier Used at the EU Innovation Relay Centres

Preferable Regions

Practical experience

Environmental impact

None

Type of collaboration sought

Terms and restrictions

Technology transfer only under approval of product developers.

Available technical assistance