Tetrazolium salts are commonly used in biology to detect living cells by serving as an indicator for metabolic activity. When reduced by living cells, they produce a colored formazan compound, indicating the presence of active metabolism. This makes tetrazolium salts useful for assessing cell viability, proliferation, and metabolic status in various biological studies.
Tetrazolium test (TZ test) that was developed in Germany in the early 1940s by Professor Georg Lakon who had been trying to distinguish between live and dead seeds by exposing them to selenium salts. then he tried tetrazolium salts and found them more effective.
fixing the stain so that the first dye which is the crystal violet will not be washed away during rinse process.
Common methods for testing seed viability include the tetrazolium test, germination test, and conductivity test. The tetrazolium test involves staining seeds to assess their internal structures, the germination test involves planting seeds and monitoring their sprouting, and the conductivity test measures the electrical conductivity of seed leachate to determine seed viability.
No, table salt will not set dye in fabric. It is commonly used in the dyeing process to help the dye adhere to the fabric, but it does not "set" the dye permanently. You may need to use a dye fixative or follow specific instructions for setting your dye.
MTT represents "3-(4,5-dimethylthiazol-2-yl)-2,5-diphenyltetrazolium bromide," which is a yellow tetrazolium dye commonly used in cell viability assays. Its reduction by viable cells to purple formazan crystals helps measure cell proliferation and cytotoxicity.
Tetrazolium salts are commonly used in biology to detect living cells by serving as an indicator for metabolic activity. When reduced by living cells, they produce a colored formazan compound, indicating the presence of active metabolism. This makes tetrazolium salts useful for assessing cell viability, proliferation, and metabolic status in various biological studies.
Tetrazolium salts are organic compounds with a tetrazole ring that can be reduced by living cells to form colored formazan products, which are commonly used in cell viability assays. These salts are water-soluble and have a colorless appearance until reduction occurs. Tetrazolium salts are sensitive to electron transport activity in mitochondria, making them useful indicators of cell metabolic activity.
Tetrazolium test (TZ test) that was developed in Germany in the early 1940s by Professor Georg Lakon who had been trying to distinguish between live and dead seeds by exposing them to selenium salts. then he tried tetrazolium salts and found them more effective.
The IV dye is excreted through the kidneys and into the urine. This usually happens in the course of a couple minutes. This is why physicians have to make sure kidney function is normal before we give IV dye.
it helps in staining many slides at a time, as when we put many slides on a rack we can pour dye simoultaneously on all the slides and it will also help in reducing loss of extra dye or stain.
dye! dye! dye! dye!
dye what as in dye her hair?
fixing the stain so that the first dye which is the crystal violet will not be washed away during rinse process.
Tetrazolium test (TZ test) that was developed in Germany in the early 1940s by Professor Georg Lakon who had been trying to distinguish between live and dead seeds by exposing them to selenium salts. then he tried tetrazolium salts and found them more effective.
What kind of dye is it? Because you can probably dye your head fuchsia with rit dye if they have it in that color. :)
Orange dye is made by combining a yellow dye and a red dye.