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THE MECHANISM OF THE DEVELOPMENT OF ENDOGENEOUS INFECTION IN ACUTE RADIATION

N.N. Klemparskaya

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Abstract

Following administration by mouth of 1000 million Salm. typhosa without any additional treatment in mice exposed to radiation, the organisms penetrated into the spleen, kidneys, and mesenteric lymph nodes after 1 hr and were excreted in the urine. Bacilli were detected more frequently in the kidney; and mesenteric lymph nodes and were excreted in larger numbers. There was a more intensive multiplication of the bacilli in the internal organs, and excretion on them in the urine was prolonged. (auth)

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What this paper is about

Following administration by mouth of 1000 million Salm. typhosa without any additional treatment in mice exposed to radiation, the organisms penetrated into the spleen, kidneys, and mesenteric lymph nodes after 1 hr and were excreted in the urine. Bacilli were detected more frequently in the kidney; and mesenteric lymph nodes and were excreted in larger numbers. There was a more intensive multiplication of the bacilli in the internal organs, and excretion on them in the urine was prolonged. (auth)

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Available abstract

Following administration by mouth of 1000 million Salm. typhosa without any additional treatment in mice exposed to radiation, the organisms penetrated into the spleen, kidneys, and mesenteric lymph nodes after 1 hr and were excreted in the urine. Bacilli were detected more frequently in the kidney; and mesenteric lymph nodes and were excreted in larger numbers. There was a more intensive multiplication of the bacilli in the internal organs, and excretion on them in the urine was prolonged. (auth)

Key concepts: Lymph, Urine, Mesenteric lymph nodes, Spleen, Kidney, Bacilli, Excretion, Medicine

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THE MECHANISM OF THE DEVELOPMENT OF ENDOGENEOUS INFECTION IN ACUTE RADIATION — Research Paper | ScholarLens