2013•Unpublished venueOpen access

Laser device for the protection of biological objects from the damaging action of ionizing radiation

Karine Voskanyan, Vorozhtsova Sv, Ворожцова, С., Abrosimova, A., Mitsyn, G., Gaevschi, V., Gaevsky, V.

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Abstract

Laser irradiation device for the protection of biological objects from the action of ionizing radiation to be used in practice has been manufactured (invention patent RU 2 428 228 C2). Research of the action of γ-radiation itself as well as of the combined action of laser devices on survival, weight, skin and the general mitotic index of the bone marrow cells (mitotic index of all nucleus-containing cells of the bone marrow) of C57BL/6 experimental young mice was carried out. The mice were irradiated with ionizing (whole body irradiation) and laser radiation, separately one by one in a special frame device. Laser radiation in the dose 1 mJ/cm 2 irradiated only the back of a mouse, or both the back and the abdomen of mice. In case of combined irradiation of mice, the time interval between two types of irradiation did not exceed 30 min. First, the mice were exposed to -radiation then to laser radiation. The method of the laser radiation-protection of biological subjects contributes to an increase in the viability of mice, prevents the damages of skin and also increases the mitotic activity of mice bone marrow cells.

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What this paper is about

Laser irradiation device for the protection of biological objects from the action of ionizing radiation to be used in practice has been manufactured (invention patent RU 2 428 228 C2). Research of the action of γ-radiation itself as well as of the combined action of laser devices on survival, weight, skin and the general mitotic index of the bone marrow cells (mitotic index of all nucleus-containing cells of the bone marrow) of C57BL/6 experimental young mice was carried out. The mice were irradiated with ionizing (whole body irradiation) and laser radiation, separately one by one in a special frame device. Laser radiation in the dose 1 mJ/cm 2 irradiated only the back of a mouse, or both the back and the abdomen of mice. In case of combined irradiation of mice, the time interval between two types of irradiation did not exceed 30 min. First, the mice were exposed to -radiation then to laser radiation. The method of the laser radiation-protection of biological subjects contributes to an increase in the viability of mice, prevents the damages of skin and also increases the mitotic activity of mice bone marrow cells.

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Available abstract

Laser irradiation device for the protection of biological objects from the action of ionizing radiation to be used in practice has been manufactured (invention patent RU 2 428 228 C2). Research of the action of γ-radiation itself as well as of the combined action of laser devices on survival, weight, skin and the general mitotic index of the bone marrow cells (mitotic index of all nucleus-containing cells of the bone marrow) of C57BL/6 experimental young mice was carried out. The mice were irradiated with ionizing (whole body irradiation) and laser radiation, separately one by one in a special frame device. Laser radiation in the dose 1 mJ/cm 2 irradiated only the back of a mouse, or both the back and the abdomen of mice. In case of combined irradiation of mice, the time interval between two types of irradiation did not exceed 30 min. First, the mice were exposed to -radiation then to laser radiation. The method of the laser radiation-protection of biological subjects contributes to an increase in the viability of mice, prevents the damages of skin and also increases the mitotic activity of mice bone marrow cells.

Key concepts: Ionizing radiation, Irradiation, Mitotic index, Bone marrow, Laser, Radiation, Mitosis, Radiation protection

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