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Violet is a secondary color. Secondary colors are achieved by mixing two of the three primary colors in equal proportions. Violet is made by mixing Blue and Red, therefore the answer is two.
Colors that are related to each other are analogous. They are neighbors on the color wheel and share a common color. For example, blue violet, violet, and red violet. they all contain red. The Violet (a secondary color) has been made by mixing red and blue (both primary colors). The blue-violet and red-violet (both tertiary colors) have been made by mixing the secondary color (Violet) with the primary color included in it's name. They are analogous, or relatives, because they all contain red. This holds true for any three colors on the color wheel which directly in contact with each other. See the related link for more on mixing colors.
"Violet Hour" by Sea Wolf is considered to be an alternative-rock song according to iTunes.
1) take 10gm of gentian violet. then add to them: 2) Alcohol 70% ( H2O).... to 1000 ml
An analogous scheme in association with the use of the Colour wheel is the usage of adjacent colours. EG: Red, Red-violet and Violet.
Crystal violet is used in the Gram staining process to initially stain all bacteria purple. This helps differentiate between Gram-positive and Gram-negative bacteria based on their ability to retain or lose the crystal violet dye during the staining process.
Anthrax is a gram-positive bacterium, meaning it retains the crystal violet stain in the Gram staining procedure.
The crystal violet test result is positive.
Crystal violet is used in the process of gram staining to initially stain all bacteria purple. This helps differentiate between gram-positive and gram-negative bacteria based on their cell wall composition.
Crystal violet iodine complex is a chemical compound formed when crystal violet dye interacts with iodine. This complex is commonly used in microbiology as a stain for bacterial cells, allowing them to be visualized under a microscope. The crystal violet iodine complex binds to the peptidoglycan layer of bacterial cell walls, imparting a purple color to the cells.
Crystal violet is a purple dye used in the gram staining process to initially stain all bacteria cells. It helps differentiate between gram-positive and gram-negative bacteria based on their cell wall composition.
Iodine is used in Gram staining as a mordant, which helps to bind the crystal violet dye to the cell wall of bacteria. This mordant-iodine complex forms larger complexes with the crystal violet dye, making it difficult for the dye to be washed away during the decolorization step. This allows for differentiation of Gram-positive and Gram-negative bacteria based on their ability to retain the crystal violet dye.
Crystal violet is a basic dye, meaning it has a positive charge and stains negatively charged structures well. In the negative stain technique, the background is stained, leaving the specimen colorless. Using crystal violet would inadvertently stain the specimen, resulting in a false positive.
Gram's iodine is used in the Gram staining method to differentiate bacteria into two major groups: Gram-positive and Gram-negative. It functions by forming complexes with the crystal violet dye in the cell wall of the bacteria. This allows for the retention of the dye by Gram-positive bacteria, while it is washed off from Gram-negative bacteria.
Crystal violet and safranin are functionally analogous pair of stains in the Gram staining technique. Crystal violet stains gram-positive bacteria purple/blue, while safranin counterstains gram-negative bacteria pink/red.
Timing is critical when decolorizing in Gram staining because if the decolorizer is left on for too long, it can wash away the crystal violet stain from Gram-positive cells, leading to a false negative result. Conversely, if the decolorizer is not left on long enough, the crystal violet stain may not be fully removed from Gram-negative cells, leading to a false positive result. Timing ensures accurate differentiation between Gram-positive and Gram-negative bacteria.
cells which take up crystal violet stain and retain them because of smal pore size