We stain cells in different ways for different reasons. First of all, many cells and their parts are transparent and so don't show up under the microscope unless we stain them. Secondly, many stains react with the cells in different biochemical ways and this helps us to identify some organisms, for example, the Gram stain colors some bacteria purple and others pink.
becuase cells should be distributed from generation to generation
Edited answer; For better identification under microscopic observations
so you can see them better. If you were to observe the cells without staining them first you will not be able to see the activity of the cells.
Methylene blue stain is used to stain plant and animal cells.
The gram stain uses a decolorizing product so it is possible to differentiate between the gram and the gram cells. Gram positive cells stain purple in color.
it is a basic dye that will stain the cells. That makes it a positive stain.
Yes, because the methylene blue stain makes the organelles in eucharyotic cells visible to us in a basic microscope.
safranine stain is used to stain onion cells
Methylene blue stain is used to stain plant and animal cells.
The gram stain uses a decolorizing product so it is possible to differentiate between the gram and the gram cells. Gram positive cells stain purple in color.
it is a basic dye that will stain the cells. That makes it a positive stain.
methelyn blue
Yes, because the methylene blue stain makes the organelles in eucharyotic cells visible to us in a basic microscope.
safranine stain is used to stain onion cells
Leishman's stain
No
You can observe cheek cells
Methylene blue is used for many different staining purposes, but one of the main ones is staining RNA or DNA. In animal cells, it will stain the cytoplasm and the nucleus (the nucleus will be much darker).
Stain . Iodine is one.
Gram positive bacterial stain purple. They do not take up the counter stain.