Methylene blue is a solid, odorless, dark green powder at room temperature. In water this chemical compound turns into a blue solution. When methylene blue is reacted with yeast cells it inhibits the respiration which stops the cells from using hydrogen ions to release energy.
yes they are totally responsible
why?
the reason being that yeast is actually a living fungus type organism and when the methylene is put into a cell yeast creates a enzyme which is needed to break down the methylene. after it is broken down the cell will than turn colorless.
Dyeing yeast cells with methylene blue can differentiate between cells that are dead and alive. Active enzymes in live cells will process the chemical while dead cells will become stained.
Methylene blue, acting as a hydrogen acceptor, is decolourized during the respiration of yeast
Technically speaking the yeast, which is a living organism rather than a chemical, does not react with the glucose. It metabolizes it by a process called fermentation.
Anaerobic respiration, namely alcoholic fermentation. This process is very similar to glycolysis, except for the fact that alcoholic fermentation replaces one enzyme with two enzymes that change pyruvic acid into ethanol and carbon dioxide.
Yeast act on sugars in the process of fermentation .
Yeast is a living organism that causes fermentation in flour to produce CO2 and alcohol. The carbon dioxide is what causes the mixture to rise.
Yeast , bacteria and some microbes.
yes,because yeast can undergo both ae reobic and anaerobic respiration.
Active enzymes within living cells cause methylene blue to become colorless. Since dead yeast cells have inactive/denatured enzymes, the methylene blue stays blue.
When you added methylene blue to the living yeast cell, the methylene blue is actually a dye so you could see the cells, therefore, the yeast cell became blue. It is much the same with hair dye. If you have a bottle of blue hair dye, it will dye your hair blue.
Yes - The enzymes in yeast react with sugar during the brewing process, to produce alcohol. The by-product of the reaction is carbon dioxide.
http://www-saps.plantsci.cam.ac.UK/records/rec300.htm states that methylene blue indicates reducing and oxidising conditions by reacting to presence or absence of protons but is not involved in the reaction itself. This suggests that it wouldn't affect the suspension.However, I have previously read that methylene blue accepts protons during respiratory reactions, reducing the protons availble for energy release. This suggests that it would affect the suspension.I cannot remember where I read this second statement but I believe the source from which the first statement was taken is more reliable.Answerhttp://www-saps.plantsci.cam.ac.UK/records/rec300.htm states that methylene blue indicates reducing and oxidising conditions by reacting to presence or absence of protons but is not involved in the reaction itself. This suggests that it wouldn't affect the suspension. However, I have previously read that methylene blue accepts protons during respiratory reactions, reducing the protons availble for energy release. This suggests that it would affect the suspension.I cannot remember where I read this second statement but I believe the source from which the first statement was taken is more reliable.
Yes, you most certainly can have an allergic reaction to yeast. Moreover, you may find (like me) that you react to both brewer's yeast and baker's yeast and all products containing yeast.
Well one way biotechnology is involved in the brewing process is through yeast. Yeast eats the sugars in the wort and expels carbon dioxide and alcohol!
Technically speaking the yeast, which is a living organism rather than a chemical, does not react with the glucose. It metabolizes it by a process called fermentation.
Consider a yeast reaction maybe?
rule of yeast
Yeast
the process in which the yeast reacts with the sugars in the food is Called: Fermentation