"Show me how to" videos

  • Add reagents
  • Change a test result
  • Choose a test/medium
  • Create a new unknown
  • Declare the ID of a microbe
  • Dispose of cultures
  • Find a previously created unknown
  • Flame lab tools
  • Flame tube mouths
  • Identify gram negative enteric bacilli
  • Identify gram positive cocci
  • Incubate cultures
  • Perform a gram stain
  • Perform aseptic transfers (create lawns)
  • Perform aseptic transfers (tube-to-plate)
  • Perform aseptic transfers (tube-to-tube)
  • Perform video-based tests
  • Record test results
  • Remove and replace caps and lids
  • Repeat a test
  • Select a lab tool
  • Start over with a new unknown
  • Start the incinerator
  • Use a strategy to identify bacteria
  • Use auto-inoculation
  • Use the “traffic signals”
  • Use the identification matrix
  • Use the New Day button
  • View the virtual lab report

Admin tutorial

  • 1) Logging in as an instructor
  • 2) Creating a section
  • 3) Enrolling students in a section
  • 4) Adding activities
  • 5) Viewing student grades
  • 6) Editing gradebook preferences
  • 7) Canvas integration

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  • Shigella boydii

Shigella boydii

The species of the genus Shigella are very similar by all methods of comparison with those of the genus Escherichia.  This microbe is a Gram negative, rod-shaped bacterium which is one of the world’s most common causes of the gastrointestinal disease called shigellosis or bacterial dysentery (characterized by bloody diarrhea), responsible for over 100,000,000 cases and at least 100,000 deaths annually.  Shigella boydii is rarely found in the United States but is more common in undeveloped areas of the world. Complications can include rectal prolapse, joint pain, and a variety of other issues.  It is also associated with Hemolytic Uremic Syndrome which can result in renal failure.  Victims can be humans and other primates, with occasional reports of infections in other mammals. Source of infection is fecal-oral, typically from contaminated water or food.   The rods are straight and nonmotile (unlike Escherichia spp.). And unlike most members of the Enterobacteriaceae they do not produce gas when fermenting sugars. Growth occurs optimally at 35-37 C.

Updated on septiembre 17, 2024
Serratia rubidaeaShigella dysenteriae

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