by application of heat and a mordant, the cell can be stained. the purpose of heating is to soften the waxy material of the cell wall and allow the stain enter the cell. rock on University of Luzon!
Passing the bacterial smear through the flame before staining is done to heat-fix the bacteria onto the slide, making them adhere firmly and preventing them from washing off during the staining process. Heat fixing also kills the bacteria, which helps in the preservation of their cellular structures for visualization under the microscope.
Yes, polypropylene is heat resistant up to temperatures around 320°F (160°C). However, prolonged exposure to high temperatures can cause polypropylene to deform or melt. It is important to check the specific heat resistance of the polypropylene product you are using for its intended application.
No. A heat wave is a prolonged spell of extremely hot weather. There would be no snow. Rain is not usual during a heat wave either.
It is used to fix because to make the cell inactive or immoblie, but the main purpose is to fix the smear so that when we put stain and then flush it out with water ( or some time with alcohol) the smear should not wash out with dye.
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.
Probably because the person applying the pesticide is wearing a protective suit that does not allow heat to escape the body, prolonged use can cause heat stress.
they smear themselves withmud
bcoz a heat-fix smear have a good contrast than the wet mount
Passing the bacterial smear through the flame before staining is done to heat-fix the bacteria onto the slide, making them adhere firmly and preventing them from washing off during the staining process. Heat fixing also kills the bacteria, which helps in the preservation of their cellular structures for visualization under the microscope.
Some signs you may need root canal therapy include: Severe toothache pain upon chewing or application of pressure. Severe toothache pain upon chewing or application of pressure.—Prolonged sensitivity (pain) to hot or cold temperatures (after the heat or cold has been removed) Prolonged sensitivity (pain) to hot or cold temperatures (after the heat or cold has been removed)the heat or cold has been removed) Discoloration (darkening) of the tooth. Swelling and tenderness in nearby gums.
the purpose of boiling of smear in malachite green is to forces a stain to penetrate the endospore wall, it is necessary to heat the slide and the stain to prod the wall to allow the stain to enter.
Heat wave, a prolonged period of unusually hot weather
Yes, polypropylene is heat resistant up to temperatures around 320°F (160°C). However, prolonged exposure to high temperatures can cause polypropylene to deform or melt. It is important to check the specific heat resistance of the polypropylene product you are using for its intended application.
No. A heat wave is a prolonged spell of extremely hot weather. There would be no snow. Rain is not usual during a heat wave either.
It is used to fix because to make the cell inactive or immoblie, but the main purpose is to fix the smear so that when we put stain and then flush it out with water ( or some time with alcohol) the smear should not wash out with dye.
Air-drying a smear helps to fix the cells onto the slide, preventing any loss or distortion during further processing steps like staining or examination under a microscope. It also helps to evaporate any excess water, improving the visualization of the 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.