1. Dunaev A.V., Zaguskin S.L. Chrono-diagnostics for individual dosage of laser therapy. International conference "Modern informational technologies in diagnostic investigations" (Ukraine, Dnepropetrovsk, 15 March 2002) - [Conference Paper], pp. 113-117, 2002.

 

ааааааааа Methods of chronodiagnostics with analysis of spectrum of assemblage of intra-cellular microstructures, blood microcirculation, the relation of pulse frequency to respiration frequency and others are used for objective assessment of optimal parameters of laser therapy. The necessity of interactive automatic individual optimisation of laser mode effect was grounded. Together with the account of individual characteristics of coefficients of reflection, absorption and transmission, as well as their dynamics in the process of laser therapy course, the account of energy loss for heating upper skin layers is necessary. A model of heat conduction in epidermis was worked out, allowing an account to be made of individual arrangement of cutaneous furrows and to judge precisely the quantity of absorbed energy during therapy of internal organs.

 

2. Korndorf S.F., Podmasteryev K.V., Dunaev A.V. Method and Installation Used for Testing of the Absorbed Doze of Radiation During Low Laser Therapy. Journal "Testing. Diagnostics", ╣ 10 (52), October 2002, pp. 18-22.

 

A method of control of the absorbed dose of radiation during low-level laser therapy is proposed. It is based on registration of both the reflected part of energy and part of energy spent on local heating of epidermis. Results of theoretical and experimental studies of heating process at pulse action are presented. As a device controlling the absorbed dose a therapeutic machine is proposed. The intensity of its action can be adjusted depending on optical and thermo-physical properties of the biological tissue.

 

3. Dunaev A.V., Korndorf S.F. Control of Radiation Power Absorbed by Epidermis during Low-Level Laser Therapy. Journal "Monitor of new medical techniques", Vol. 9, ╣ 4, 2002, pp. 63-66.

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This paper considers the problems of control in the laser therapy of internal organs, aimed at the individual dosage of the procedure. The main stress is done on the necessity of registering the laser energy losses caused by the local heating of epidermis besides the reflected part of radiation.

ааааааааа A new method of controlling the radiation power absorbed by epidermis in low level laser therapy is presented. It represents measurement of the maximum temperatures of the biological tissue in two points outside the light spot, for determination of the energy spent on the local heating of epidermis.

ааааааааа Examples of calculation of the doses absorbed in the laser therapy process are presented. Based on the experimental data this calculation considers the optical and thermal physical properties of the biological tissue.а

4. Korndorf S.F., Podmasteryev K.V., Dunaev A.V. Control of the absorbed power in epidermis during laser therapy with optimized distance between controlling points. International Scientific and technical conference "Instrumental Engineering - 2002" (Ukraine, Alupka, 17-19 September 2002) - [Conference Paper], pp. 167-196, 2002.

 

This paper considers the problems of control in the laser therapy of internal organs, aimed at the individual dosage of the procedure. A new method of controlling the radiation power absorbed by epidermis in low level laser therapy is presented. It represents measurement of the maximum temperatures of the biological tissue in two points outside the light spot, for determination of the energy spent on the local heating of epidermis.

 

5. Korndorf S.F., Podmasteryev K.V., Dunaev A.V. Technique for Checking the Interstitial Absorbed Dose With Due Account of the Epidermal Absorbed Dose During Low-Intensity Laser Therapy. Journal "Laser Medicine", Vol. 7, ╣ 2, 2003, pp. 7-11.

 

A method of control of the absorbed dose of radiation by the biologigical tissue under low-level laser therapy of inner organs is proposed. This work counts part of absorbed energy spent on local heating of epidermis.а The results ofа theoretical and experimental researches of process of local heating during laser theraphy at pulse action are presented.

 

6. Dunaev A.V. The loss of energy of laser emission in the upper skin layer. 3-rd International scientific and technical conference "Medical and technical methods for health protection" (Turkey, Antalia, 30 September Ц 7 October 2001) - [Conference Paper], p. 84, 2001.

 

аа аааааа The issueа is aboutа the essentialа processes that happen under the influence of the laser emission uponа the tissue. It is necessary to take into consideration thatаа the amount of the energyа absorbent by tissue may be counted not only with the help of the reflectance, but also with the help of the amount of the energy expendable for the heat of theа upper tissue under the dosimetry of the laser therapy.