Shanxian Chemical
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HydrogenPeroxideBubblingOnCutReason
On the cause of hydrogen peroxide foaming in wounds
If hydrogen peroxide is used, it foams when it touches the wound. Why is this?
Cover the wounds of the human body, there are many cells, and there are a variety of enzymes. Among them, catalase is particularly critical. This enzyme is a powerful weapon for the body to deal with hydrogen peroxide. Hydrogen peroxide is highly oxidizing. If it is not controlled in the body, it may damage cells and disrupt the physiological order.
When hydrogen peroxide encounters a wound, the catalase in it responds immediately. Catalase can promote the decomposition of hydrogen peroxide, causing it to melt into water and oxygen. The reaction formula is as follows: $2H_ {2} O_ {2}\ stackrel {catalase} {=\! =\! =} 2H_ {2} O + O_ {2}\ uparrow $.
After oxygen is generated, it appears on the surface of the wound as a bubble, so hydrogen peroxide is seen foaming in the wound. This phenomenon is actually a manifestation of biochemical reactions in the body, and it is also a part of the body's resistance to external aggression and self-repair. Through the decomposition of hydrogen peroxide, the potential harm to wound tissue can be reduced, and the generated oxygen may help inhibit the growth of anaerobic bacteria, creating a favorable environment for wound healing.
In summary, hydrogen peroxide foams in wounds, which is caused by the decomposition of catalase at the wound, resulting in oxygen generation.
If hydrogen peroxide is used, it foams when it touches the wound. Why is this?
Cover the wounds of the human body, there are many cells, and there are a variety of enzymes. Among them, catalase is particularly critical. This enzyme is a powerful weapon for the body to deal with hydrogen peroxide. Hydrogen peroxide is highly oxidizing. If it is not controlled in the body, it may damage cells and disrupt the physiological order.
When hydrogen peroxide encounters a wound, the catalase in it responds immediately. Catalase can promote the decomposition of hydrogen peroxide, causing it to melt into water and oxygen. The reaction formula is as follows: $2H_ {2} O_ {2}\ stackrel {catalase} {=\! =\! =} 2H_ {2} O + O_ {2}\ uparrow $.
After oxygen is generated, it appears on the surface of the wound as a bubble, so hydrogen peroxide is seen foaming in the wound. This phenomenon is actually a manifestation of biochemical reactions in the body, and it is also a part of the body's resistance to external aggression and self-repair. Through the decomposition of hydrogen peroxide, the potential harm to wound tissue can be reduced, and the generated oxygen may help inhibit the growth of anaerobic bacteria, creating a favorable environment for wound healing.
In summary, hydrogen peroxide foams in wounds, which is caused by the decomposition of catalase at the wound, resulting in oxygen generation.
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