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1959•Acta RadiologicaRequires access

Effect of 31 MeV Gamma and 200 kV Roentgen Whole-Body Irradiation on the Nucleic Acid Content of Mouse Tissues

S. P. Subotie-Nikolie, A Zuppinger

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Abstract

A comparative study of the effects of 31-Mev gamma and 200-kv roentgen rays on nucleic acids and their low-molecular derivatives content in mouse spleen, thymus, and liver was performed. No significant differences could be proved in the radiation response of these substances, suggesting that the ratio of intensity of the biologic effect studied was near unity for the two energies in question. (auth)

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A comparative study of the effects of 31-Mev gamma and 200-kv roentgen rays on nucleic acids and their low-molecular derivatives content in mouse spleen, thymus, and liver was performed. No significant differences could be proved in the radiation response of these substances, suggesting that the ratio of intensity of the biologic effect studied was near unity for the two energies in question. (auth)

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Available abstract

A comparative study of the effects of 31-Mev gamma and 200-kv roentgen rays on nucleic acids and their low-molecular derivatives content in mouse spleen, thymus, and liver was performed. No significant differences could be proved in the radiation response of these substances, suggesting that the ratio of intensity of the biologic effect studied was near unity for the two energies in question. (auth)

Key concepts: Nucleic acid, Roentgen, Irradiation, Spleen, Roentgen rays, Medicine, Gamma ray, Radiochemistry

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Effect of 31 MeV Gamma and 200 kV Roentgen Whole-Body Irradiation on the Nucleic Acid Content of Mouse Tissues — Research Paper | ScholarLens