A simple stain like iodine can make cell parts show up that would otherwise be nearly invisible since they are colorless.A simple stain like iodine will reveal a cell's morphology.
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.
Well, sweetheart, Gram's stain is used to differentiate bacteria into two groups based on their cell wall composition - either Gram-positive or Gram-negative. On the other hand, Wright's stain is a Romanowsky stain used in hematology to stain blood cells for microscopic examination. So, in a nutshell, one is for bacteria and the other is for blood cells. Hope that clears things up for you, darling.
a huge stain. a jumbo stain. a large stain.
A cause is the reason why something happened. A consequence is the result of an action. For example: The cause of the stain on his shirt was that his pen leaked ink all over it. The consequence of forgetting to put the cap on his pen was that it leaked all over his shirt.
There are two types of stains, the simple stain and the differential stain. A simple stain colors all objects the same while a differential stain is used to spot differences in microorganisms. A gram stain is a differential stain, which is used to tell the difference in gram negative and gram positive bacteria. A simple stain would stain all the organisms the same and this difference would not be noted. You would be able to determine their shape, whether it is a cocci or bacillus (rod), but not the type. I'm not sure why the simple stain would be preferable unless you just wanted a quick answer as to the shape of the bacteria. In some cases, a wet prep can be made of a presumptive gram positive cocci to tell the difference between bacteria or yeast. Otherwise, I would say that the gram stain is the only way to go.
Gram staining highlights different bacteria types through the use of special dyes. It aids in the diagnosis of a specific organism and tells the difference between gram negative and gram positive bacteria. Simple staining is unable to highlight the exact organism.
Gram stain is not a simple stain because simple stains do not use two or more stains. Gram stain is a differential stain differentiating between Gram positive (blue-black) and Gram negative (pink-red).
A simple stain has a positive charge.
A stain is used to color the wood while a varnish is a topcoat used to protect the wood.
The Wright stain is a combination of eosin and methylene blue dyes, while Giemsa stain is a mixture of eosin, methylene blue, and azure dyes. Giemsa stain is commonly used for staining blood smears to visualize parasites and bacteria, while Wright stain is used more for general cell morphology in blood and bone marrow specimens.
It's simple, because it's a stain.
Carbolfuchsin can be used as a simple stain by staining bacterial cells pink to differentiate them from the background. The pH of the carbolfuchsin stain is typically around 6.0, but may vary depending on the specific formulation of the stain.
The difference between normal dirt and a stain is in their difficult to wash off. Normal dirt comes off easily but a stain is a colored patch which penetrative and thus making it hard to remove.
A simple stain like iodine can make cell parts show up that would otherwise be nearly invisible since they are colorless.A simple stain like iodine will reveal a cell's morphology.
gram staining differentiates between gram negative and gram positive bacteria by showing different colors. it shows blue or purple like color for gram positive bacteria and red color for gram negative bacteria. where as simple stain gives the same color to all the types of bacteria. hence it is difficult to differentiate between them.
its the difference in cell wall of both the type of bacteria