methelyn blue
methane blue
Methylene blue is used to stain animal cells, such as human cheek cells, to make their nuclei more observable.
because cheek cells are part of an animal cell so it cannot be used and it is specialised whereas stem cells are part of a planet cell so it can be used a lot of times and it is not specialised
A cheek cell is a cell found on your cheek that is used to help keep you alive in some ways.
Due to the techniques of obtaining the samples, onion cells remain intact in the tissue, but because cheek cells are obtained by rubbing a toothpick on your cheek, you are disrupting the cheek tissue, and instead of getting a sheet of cheek cells, you get individual cheek cells.
You can observe cheek cells
methane blue
Methylene blue is used to stain animal cells, such as human cheek cells, to make their nuclei more observable.
Methylene blue stain is used to stain plant and animal cells.
Some different brands of cheek stain are Laura Mercier, Revlon, Stila, Stainiac, Benetint, Tarte and Vincent Longo. Cheek stain is usually used in combination with lipstick along with other makeup.
So you can see different components of the cell. Like the nucleus.
When stained with iodine and observed under a compound microscope the nucleus will stain the darkest. The cheek cell is frequently employed here as they are simple to collect and tend to take the stain easily.
Yes
Methylene Blue, in this situation, is being used as a microscopy stain. Microscopy stains are used to allow for particular characteristics of cells to be observed in greater detail or to make them easier to see.
cheek cells are very thin and u can tell because in the lab u have to stain the cheek cell to get a gud look at it and also because its like an animal cell and those are very thin too hope tat helps :)
safranine stain is used to stain onion cells
because cheek cells are part of an animal cell so it cannot be used and it is specialised whereas stem cells are part of a planet cell so it can be used a lot of times and it is not specialised