1958The Journal of Experimental MedicineOpen access

STUDIES ON EXPERIMENTAL SHIGELLOSIS

Carolann McGuire, Thomas M. Floyd

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Abstract

Host resistance to Shigella infections can be decreased by non-specific physical stress. Fasting lowers the number of Shigella required for a parenteral LD(50) dose. While the LD(50) by the oral route is larger in fasted than in nonfasted animals, the fasted host's susceptibility to oral infection is increased as evidenced by the increased fecal Shigella carrier state, duration of intestinal infection, and increased incidence of Shigella bacteriemia. Fatigue also increases the animal's susceptibility to shigellosis, but to a lesser extent than does fasting.

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What this paper is about

Host resistance to Shigella infections can be decreased by non-specific physical stress. Fasting lowers the number of Shigella required for a parenteral LD(50) dose. While the LD(50) by the oral route is larger in fasted than in nonfasted animals, the fasted host's susceptibility to oral infection is increased as evidenced by the increased fecal Shigella carrier state, duration of intestinal infection, and increased incidence of Shigella bacteriemia. Fatigue also increases the animal's susceptibility to shigellosis, but to a lesser extent than does fasting.

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Available abstract

Host resistance to Shigella infections can be decreased by non-specific physical stress. Fasting lowers the number of Shigella required for a parenteral LD(50) dose. While the LD(50) by the oral route is larger in fasted than in nonfasted animals, the fasted host's susceptibility to oral infection is increased as evidenced by the increased fecal Shigella carrier state, duration of intestinal infection, and increased incidence of Shigella bacteriemia. Fatigue also increases the animal's susceptibility to shigellosis, but to a lesser extent than does fasting.

Key concepts: Shigellosis, Shigella, Shigella flexneri, Microbiology, Feces, Incidence (geometry), Dysentery, Immunology

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