Shanxian Chemical
SUPPLEMENTS
Yeast Hydrogen Peroxide Reaction
The relationship between leaven and hydrogen peroxide
There are things in the world, called yeast, and hydrogen peroxide. When the two meet, they play a wonderful role.
Yeast, microorganisms, also contain many enzymes, one of which is called a catalase. Hydrogen peroxide, an oxidizing colorless liquid. When yeast enters the hydrogen peroxide liquid, the catalase works immediately.
Hydrogen peroxide is unstable, and the catalase in yeast can urge its rapid digestion. The corresponding formula is as follows: $2H -2 O ³\ stackrel {catalase }{=\!=\!=} 2H ³ O + O ³ ↑ $. That is, hydrogen peroxide is catalyzed by catalase and divided into water and oxygen.
Looking at it, it can be seen that bubbles quickly appear in the solution, which is the appearance of oxygen escape. If the wood strip with Mars is close, the wood strip will reignite, and it is confirmed that the escaped person is indeed oxygen.
This should be meaningful in both life and scientific research. In life, it may help to clarify the theory of biochemistry; in scientific research, it is also a good example of enzyme catalysis. Scholars can use this to investigate the properties of enzymes and the rules of application, so as to expand the knowledge of biochemistry and promote the progress of science.
There are things in the world, called yeast, and hydrogen peroxide. When the two meet, they play a wonderful role.
Yeast, microorganisms, also contain many enzymes, one of which is called a catalase. Hydrogen peroxide, an oxidizing colorless liquid. When yeast enters the hydrogen peroxide liquid, the catalase works immediately.
Hydrogen peroxide is unstable, and the catalase in yeast can urge its rapid digestion. The corresponding formula is as follows: $2H -2 O ³\ stackrel {catalase }{=\!=\!=} 2H ³ O + O ³ ↑ $. That is, hydrogen peroxide is catalyzed by catalase and divided into water and oxygen.
Looking at it, it can be seen that bubbles quickly appear in the solution, which is the appearance of oxygen escape. If the wood strip with Mars is close, the wood strip will reignite, and it is confirmed that the escaped person is indeed oxygen.
This should be meaningful in both life and scientific research. In life, it may help to clarify the theory of biochemistry; in scientific research, it is also a good example of enzyme catalysis. Scholars can use this to investigate the properties of enzymes and the rules of application, so as to expand the knowledge of biochemistry and promote the progress of science.
Scan to WhatsApp
