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).
If someone wants to study animal cells closer they may stain them with methylene blue. If animal cells are stained like this they will turn red.
Methylene blue is used to stain animal cells, such as human cheek cells, to make their nuclei more observable.
methelyn blue
methane blue
The stain would stain the cells rather than the background
Methylene Blue is the name of the dye Iodine is used for dyeing plant cells hope this helps :-)
Methylene blue stain is used to stain plant and animal cells.
Methylene blue is used to stain animal cells, such as human cheek cells, to make their nuclei more observable.
methelyn blue
methane blue
Both are used in staining but for different purposes .
because the nuclear bytrate in the animal cell does not react with methylene blue
The stain would stain the cells rather than the background
Methylene blue stains both the nucleus and the cytoplasm of eukaryotic cells. The nucleus typically stains a deeper color. Its purpose is to make cells show up against their background. Methylene blue is also used to stain DNA or RNA after electrophoresis. It can be purchased at most aquarium shops for under 10 dollars. In some cases food dye might be suitable.
Methylene blue is used to stain animal cells, such as human cheek cells, to make their nuclei more observable. Also used to staining the blood film and used in cytology. It gives a blue coloration to the human cheek cell.
Because negative staining requires the use of an acidic stain, which will not penetrate the cells because of the negative charge on the surface of the bacteria. As a result, the unstained cells can be easily identified against the colored background.
Methylene Blue is the name of the dye Iodine is used for dyeing plant cells hope this helps :-)
Methylene blue is a stain used in microbiology. The dye attaches to the object, which allows what would normally be fairly see-through to be visible to the microscope.