non example of cells are ash and mini things just look it up
When you look like a celebrity, you are a celebrity look-alike.
Chlorophyll gives plants their green colour. There are other pigments in the leaves too, such as xanthophylls (yellows) and carotenoids (yellows, oranges and reds). These pigments are also used in photosynthesis but occur in lesser quantities than the green chlorophyll. The combinations of the different pigments make different shades of green. Now the reason that plants look green is that they are trying to obtain energy from the sun using a particular part of the light spectrum, mainly the red and infra red wavelengths.
look on movie monster
look young
The stain would stain the cells rather than the background
In a gram stain the primary stain is crystal violet. Iodine then sets that dye into the gram positive cells while alcohol washes out the crystal violet from the gram negative cells. Then safranin, which is the counterstain in a gram stain, is used to dye the rest of the bacteria. This is the example I can give you of why a counterstain does not change the look in all the cells. Though safranin stains all the cells, the gram positive cells that were dyed purple from crystal violet don't look pink - only the gram negative do.
Why not ask Walther instead of us? Waltheramerica.com
Post on the P38forum.com
Look it up yourself, it was a Walther PP..a similar model used by James Bond
Look up Autobigraphy of Alexander Fleming on google and it will come up with loads
Its middle part of the glass takes the stain, and makes it look like there is a bubble in the middle. because it is staying in just that one part of the glass.
he looks boky.
If you mean specimens to look at under a microscope - it is because you have to shine a light underneath the slide. You can see more detail of the cells and other features if there is staining.
If you mean specimens to look at under a microscope - it is because you have to shine a light underneath the slide. You can see more detail of the cells and other features if there is staining.
Look for a book by Dieter Marschall
The difference between a biological stain and a compound imparting color is more one of use rather than effect. Both impart color, but a biological stain imparts color to a feature that we want to look at, like the nucleus of a cell, cell walls, fat cells, disease cells, etc. If we spilled, say prussian blue on a lab coat, it would be the same as a coffee stain, but applied to a sample of bone marrow, it detects the presence of iron.