COMPLEMENTARY STUDIES OF THE EFFECT OF HE-NE LASER ON WOUND HEALING IN MICE

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BAHREYNI TOUSI SEYED MOHAMMAD HOSSEIN; TABATABAEI YAZDI A.; LAYEGH M.; EBRAHIMZADEH SAEID

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Journal: IRANIAN JOURNAL OF MEDICAL PHYSICS Year:2006 | Volume:2 | Issue:9 Page(s): 23-28

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Title

COMPLEMENTARY STUDIES OF THE EFFECT OF HE-NE LASER ON WOUND HEALING IN MICE

Author(s)

BAHREYNI TOUSI SEYED MOHAMMAD HOSSEIN | TABATABAEI YAZDI A. | LAYEGH M. | EBRAHIMZADEH SAEID | Issue Writer Certificate

Keywords

LOW LEVEL LASER THERAPYQ3

HE-NE LASERQ4

WOUND HEALINGQ3

Abstract

Introduction: LOW LEVEL LASER THERAPY (L.L.L.T.) can expedite the process of WOUND HEALING for the patients suffering from painfull and slow healing wounds. The best energy density which was measured in the previous study was 3.13 J/cm2. In this research, it is tried to find the best fractionation of this energy density.Materials and Methods: 120 male mice each weighing 20-25 grams were selected. A wound with a 10mm in diameter was created on the right side of the lumbar area of all 120 mice. The Mice were randomly divided into six groups, one control group without radiation exposure and five test groups radiated by low power He- Ne laser. All the test groups received a constant energy density of 3.13 J/cm2 but in various fractionations. The test groups received laser as following:A: one exposure in a day (3.13 J/cm2 per day for five days from day one through day five) B: two exposures in a day (2 x 1.56 J/cm2 per day for five days from day one through day five at 12 hr intervals)C: two exposures in a day (2 x 1.56 J/cm2 per day for five days from day six through day ten at 12 hr intervals)D: three exposures in a day (3 x 1.06 J/cm2 per day for five days from day one through day five at 8 hr intervals)E: four exposures in a day (4 x 0.78 J/cm2 per day for five days from day one through day five at 6 hr intervals)Results: The speed of WOUND HEALING which was the surface area of the wound, was measured in all groups.It clearly showed that in some of the test groups the healing process was faster and there was a significant difference in the speed of the healing process when compared with the control group. Discussion and Conclusions: Application of L.L.L.T. with low power HE-NE LASER expedites the healing process at the early stages of healing, but more research is to be carried out to clarify the effect of L.L.L.T. at later stages.

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APA: Copy

BAHREYNI TOUSI, SEYED MOHAMMAD HOSSEIN, TABATABAEI YAZDI, A., LAYEGH, M., & EBRAHIMZADEH, SAEID. (2006). COMPLEMENTARY STUDIES OF THE EFFECT OF HE-NE LASER ON WOUND HEALING IN MICE. IRANIAN JOURNAL OF MEDICAL PHYSICS, 2(9), 23-28. SID. https://sid.ir/paper/96954/en

Vancouver: Copy

BAHREYNI TOUSI SEYED MOHAMMAD HOSSEIN, TABATABAEI YAZDI A., LAYEGH M., EBRAHIMZADEH SAEID. COMPLEMENTARY STUDIES OF THE EFFECT OF HE-NE LASER ON WOUND HEALING IN MICE. IRANIAN JOURNAL OF MEDICAL PHYSICS[Internet]. 2006;2(9):23-28. Available from: https://sid.ir/paper/96954/en

IEEE: Copy

SEYED MOHAMMAD HOSSEIN BAHREYNI TOUSI, A. TABATABAEI YAZDI, M. LAYEGH, and SAEID EBRAHIMZADEH, “COMPLEMENTARY STUDIES OF THE EFFECT OF HE-NE LASER ON WOUND HEALING IN MICE,” IRANIAN JOURNAL OF MEDICAL PHYSICS, vol. 2, no. 9, pp. 23–28, 2006, [Online]. Available: https://sid.ir/paper/96954/en

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