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Shigella dysenteriae These tiny beasties cause an intestinal infection called bacillary dysentery. Infections are contracted through poor water and food quality, unsanitary cooking conditions, and improper hygiene.  Symptoms of disease include diarrhea, malnutrition, rectal prolapse, coma, reactive arthritis, and central nervous system problems. Severe, untreated infections can lead to anemia, thrombocytopenia, kidney failure, and death. It has a 20% mortality rate.<br />
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 *w.m. microscope slide Geotagged,Shigella dysenteriae,United States,Winter,bacteria,gram negative bacteria,shigella,shigellosis Click/tap to enlarge Species introCountry intro

Shigella dysenteriae

These tiny beasties cause an intestinal infection called bacillary dysentery. Infections are contracted through poor water and food quality, unsanitary cooking conditions, and improper hygiene. Symptoms of disease include diarrhea, malnutrition, rectal prolapse, coma, reactive arthritis, and central nervous system problems. Severe, untreated infections can lead to anemia, thrombocytopenia, kidney failure, and death. It has a 20% mortality rate.

*w.m. microscope slide

    comments (3)

  1. Is there any danger in you handling these subjects? Posted 3 years ago
    1. No. The slides are all stained, fixed, and were prepared in labs with proper technique. But, I am careful anyway -- I wear nitrile gloves and alcohol the microscope and work surface afterwards. Plus, I keep all my slides in microscope storage boxes that are kept safely in a drawer. I'm the only one who handles the slides with pathogens. My kids have a separate box of benign samples, lol. Posted 3 years ago
      1. Phew! Posted 3 years ago

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"Shigella dysenteriae" is a species of the rod-shaped bacterial genus "Shigella". "Shigella" species can cause shigellosis. Shigellae are Gram-negative, non-spore-forming, facultatively anaerobic, nonmotile bacteria. "S. dysenteriae" has the ability to invade and replicate in various species of epithelial cells and enterocytes.

Similar species: Enterobacterales
Species identified by Christine Young
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By Christine Young

All rights reserved
Uploaded Jan 26, 2022. Captured Jan 1, 2012 00:19 in 5 East St, New Milford, CT 06776, USA.
  • 5MP-DSC
  • f/3.0
  • 1/120s
  • ISO100
  • 7.3mm