Live staining is possible as is the preparation of fixed tissue.
So that you can see them and/or their structures more clearly.
There are many types of dyes available depending on what kind of cells are being stained. Plane cells can be stained with Iodine Bacteria can be stained with Gram's reagent Animal cells can be stained with Trypan Blue. They can also be stained with Hematoxilin and Eosin
because the dye goes into the cracks of the cells and makes it easier to see each individual one.
Because leukocytes are clear and colorless, they must be stained with an appropriate dye before a differential count is performed
I think it is the nucleus
do not know
There are many types of dyes available depending on what kind of cells are being stained. Plane cells can be stained with Iodine Bacteria can be stained with Gram's reagent Animal cells can be stained with Trypan Blue. They can also be stained with Hematoxilin and Eosin
BLAH BLAH dfdf
because the dye goes into the cracks of the cells and makes it easier to see each individual one.
fats (Lipids)
because the dye goes into the cracks of the cells and makes it easier to see each individual one.
Eosinophilic
Dyed as in stained with a dye
Nigrosin is a dye made of synthetic ingredients. it is a negative stain, which is what is required to be able to stain staphylococcus.
There are certain regions that are tightly coiled. When the DNA is stained with a dye these regions appear in a dark band and are called hetrochromatin. They are the part of the chromosome that are not actively expressed in the cells. A heterochromatin in one cell may be functional in other cells.
Cells are stained then seen through microscopes.
Yes epithelial cells are stained
The cytoplasm can be stained a pink color by the dye eosin.