Body Produces Hydrogen Peroxide
"The human body produces hydrogen peroxide"
In the human body, various mechanisms are subtle and difficult to fathom. The wonders of biochemistry in the body today are related to the generation of hydrogen peroxide.
The lady body is like a delicate and complex microuniverse, in which all kinds of cells and tissues perform their duties and undergo biochemical changes in invisible places. In the process of cell metabolism, many by-products are often produced, and hydrogen peroxide is one of them.
When a cell breathes, the electron transfer chain in the mitochondria operates, and occasionally electrons escape and combine with oxygen molecules to form superoxide anions. Superoxide anions are catalyzed by superoxide dismutase in the body and converted into hydrogen peroxide. And when phagocytes exercise immunity and resist foreign invasion, they will also produce hydrogen peroxide through respiratory outbursts to disinfect and kill bacteria.
However, although hydrogen peroxide is a natural product of human metabolism, it has two sides. When appropriate, it can be used as a messenger for cell-to-cell signal transmission, regulating many physiological processes, such as cell proliferation and differentiation. However, if its content is unbalanced and accumulated too much, it is a strong oxidizing substance, which can damage large molecules such as proteins, lipids, and nucleic acids in cells, causing cell dysfunction and even causing diseases.
is based on the human body's own delicate balance system. Peroxisomes contain many enzymes, which can decompose hydrogen peroxide in time to maintain an appropriate concentration, ensuring that the body's biochemical reactions are orderly and life activities are smooth.
In the human body, various mechanisms are subtle and difficult to fathom. The wonders of biochemistry in the body today are related to the generation of hydrogen peroxide.
The lady body is like a delicate and complex microuniverse, in which all kinds of cells and tissues perform their duties and undergo biochemical changes in invisible places. In the process of cell metabolism, many by-products are often produced, and hydrogen peroxide is one of them.
When a cell breathes, the electron transfer chain in the mitochondria operates, and occasionally electrons escape and combine with oxygen molecules to form superoxide anions. Superoxide anions are catalyzed by superoxide dismutase in the body and converted into hydrogen peroxide. And when phagocytes exercise immunity and resist foreign invasion, they will also produce hydrogen peroxide through respiratory outbursts to disinfect and kill bacteria.
However, although hydrogen peroxide is a natural product of human metabolism, it has two sides. When appropriate, it can be used as a messenger for cell-to-cell signal transmission, regulating many physiological processes, such as cell proliferation and differentiation. However, if its content is unbalanced and accumulated too much, it is a strong oxidizing substance, which can damage large molecules such as proteins, lipids, and nucleic acids in cells, causing cell dysfunction and even causing diseases.
is based on the human body's own delicate balance system. Peroxisomes contain many enzymes, which can decompose hydrogen peroxide in time to maintain an appropriate concentration, ensuring that the body's biochemical reactions are orderly and life activities are smooth.

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