Observation under the microscope (animal cell)

You observe under a compound microscope all three microscope slides you prepared. This is what you will see.

Slide 4: Red blood cells in distilled water (hypotonic solution)


Slide 5: Red blood cells in 0.9% NaCl (isotonic solution)




Slide 6: Red blood cells in 6% NaCl (hypertonic solution)

 

Tom: Oh- these cells are so small compared to onion cells. They look so different too!

You: Both in distilled water and 6% NaCl their shape is completely destroyed! They look like a raisin! Wow, I did not expect that! 

Prof. Smith: Indeed! What terminologies can we use to explain the red blood cell structural changes in distilled water (hypotonic solution), 6% NaCl solution (hypertonic solution) and 0.9% NaCl solution (isotonic solution)?

  • Lysis in distilled water, normal shape in 0.9% NaCl and plasmolyse in 6% NaCl
  • Lysis in distilled water, normal shape in 0.9% NaCl and swelling in 6% NaCl
  • Lysis in distilled water, normal shape in 0.9% NaCl and shrivel in 6% NaCl

Map: CS3 - CELL STRUCTURE AND FUNCTION (958)
Node: 17952
Score:

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  • Προετοιμασία υγρών καλλιεργειών
  • κ. Νικος
  • clinical examination
  • Do home visit directly
  • Option 3
  • Πρακτική Άσκηση σε Εγκληματολογικό Εργαστήριο
  • MICROSCOPIA ELECTRONICĂ
  • Father says to his son.
  • Έναρξη
  • 1cm to 10m
  • ELECTRON MICROSCOPY
  • Πειραματική Διάταξη #1
  • Τύπος διαβητικού έλκους
  • Μίτωση
  • Prueba de Benedict
  • ΒΙΟΣΤΑΤΙΣΤΙΚΗ: ΕΙΣΑΓΩΓΗ ΣΤΙΣ ΠΙΘΑΝΟΤΗΤΕΣ
  • Give an immediate diagnosis without exploring the patient’s narrative.
  • Root Node
  • Επιλογή 2
  • Delay wound assessment until an in-person visit
  • Ignore the wound complaint and focus solely on blood glucose.
  • Observation under the microscope (animal cell)

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