to view
If a bacterial smear is not heat fixed prior to staining, the bacteria may not adhere well to the slide and can wash away during the staining process. Heat fixing helps to kill the bacteria, firmly attach them to the slide, and improve the uptake of stain, resulting in better staining results. Without heat fixing, the bacteria may not stain properly or may not be visible at all under the microscope.
The charge of the microorganism is usually negative. The cell membrane is a phospholipid bilayer which is polar, the outside is usually negative. Depending on the staining protocol, a dye will be repelled by or attracted to the cell. Sometimes you use two different dyes- one to color the cell and then one to color the background or surrounding area. Sometimes you want to color the inside of the cell, so you need to melt the cell membrane or cell wall away with heat or chemicals. This allows the dye back in. Sometimes there are steps to resolidify this barrier to trap the dye inside prior to rinsing the slide with water or whatever. These steps are tricky and easy to screw up completely, resulting in a clear or invisible specimen because the dye didn't "take".
Yes, DNA synthesis occurs in bacteria as part of their replication process. Bacteria replicate their DNA prior to cell division to ensure that each daughter cell receives a complete set of genetic material. This process involves the duplication of the bacterial genome by enzymes such as DNA polymerase.
The symbol for "prior to" is "<".
The body's ability to destroy bacteria that have gained entrance is called the immune response. This complex defense mechanism involves various components, including white blood cells, antibodies, and other immune system elements, which work together to identify and eliminate pathogens. The immune response can be innate, providing immediate defense, or adaptive, offering a targeted approach based on prior exposure to specific bacteria.
to kill cells
If a bacterial smear is not heat fixed prior to staining, the bacteria may not adhere well to the slide and can wash away during the staining process. Heat fixing helps to kill the bacteria, firmly attach them to the slide, and improve the uptake of stain, resulting in better staining results. Without heat fixing, the bacteria may not stain properly or may not be visible at all under the microscope.
bacteria
The charge of the microorganism is usually negative. The cell membrane is a phospholipid bilayer which is polar, the outside is usually negative. Depending on the staining protocol, a dye will be repelled by or attracted to the cell. Sometimes you use two different dyes- one to color the cell and then one to color the background or surrounding area. Sometimes you want to color the inside of the cell, so you need to melt the cell membrane or cell wall away with heat or chemicals. This allows the dye back in. Sometimes there are steps to resolidify this barrier to trap the dye inside prior to rinsing the slide with water or whatever. These steps are tricky and easy to screw up completely, resulting in a clear or invisible specimen because the dye didn't "take".
Tris Prior is the most important main character of Divergent.
To prevent bacteria from the skin getting into the incision.
it is a petrochemical plant process where heavy waxes are removed from crude oils and reformed products prior to further treatment
It is a bacteria that causes females to consistently abort when bred and bulls to be unable to breed. Can vaccinate prior to breeding.
She had a prior engagement so could not attend the school meeting. Prior means that something else already exists or is more important.
No.
The former name for Eubacteria is "true bacteria" or "bacteria," while the former name for Archaebacteria is "archaebacteria" or "archaea." These terms were used prior to the reclassification of these groups into the domains Bacteria and Archaea, respectively.
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.