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Hydrogen Peroxide Kill MRSA Skin
On the effect of hydrogen peroxide on methicillin-resistant Staphylococcus aureus in the skin
In recent times, physicians have paid much attention to the treatment of methicillin-resistant Staphylococcus aureus (MRSA) on the skin. Hydrogen peroxide, the chemical name is hydrogen peroxide, has long been famous in the field of disinfection and sterilization. Today, what is the effect of hydrogen peroxide on the disinfection and sterilization of skin MRSA.
Hydrogen peroxide is highly oxidizing, and it quickly decomposes and releases new oxygen when it encounters peroxidase released by tissues or bacteria. This new oxygen is very active, which can break down the bacterial cell wall and membrane structure, cause its permeability to be changed, and intracellular material to overflow; and can oxidize bacterial proteins and nucleic acids, disturb their metabolism, reproduction and inheritance, and eventually cause bacteria to die.
In vitro experiments, when a specific concentration of hydrogen peroxide acts on MRSA, it can be seen that the number of bacteria is significantly reduced. However, the physiological environment of the skin is special, it has a barrier function, and there are normal flora living. If hydrogen peroxide is used on the skin, although it can kill part of MRSA, high concentration or long-term use can easily damage the skin barrier, causing dry, red, swollen, and painful skin. And hydrogen peroxide can also kill the normal flora of the skin, break the micro-ecological balance, and benefit the pathogenic bacteria such as MRSA.
Clinical use of hydrogen peroxide to treat skin MRSA infection often depends on the course of infection and skin shape. Light infection, low concentration of hydrogen peroxide debridement may help control infection; severe infection requires antibacterial drugs, and the skin reaction should be observed.
In summary, hydrogen peroxide is used for disinfection and sterilization of skin MRSA. When using it, the pros and cons must be weighed and treated accurately according to individual conditions in order to achieve good treatment and reduce skin damage.
In recent times, physicians have paid much attention to the treatment of methicillin-resistant Staphylococcus aureus (MRSA) on the skin. Hydrogen peroxide, the chemical name is hydrogen peroxide, has long been famous in the field of disinfection and sterilization. Today, what is the effect of hydrogen peroxide on the disinfection and sterilization of skin MRSA.
Hydrogen peroxide is highly oxidizing, and it quickly decomposes and releases new oxygen when it encounters peroxidase released by tissues or bacteria. This new oxygen is very active, which can break down the bacterial cell wall and membrane structure, cause its permeability to be changed, and intracellular material to overflow; and can oxidize bacterial proteins and nucleic acids, disturb their metabolism, reproduction and inheritance, and eventually cause bacteria to die.
In vitro experiments, when a specific concentration of hydrogen peroxide acts on MRSA, it can be seen that the number of bacteria is significantly reduced. However, the physiological environment of the skin is special, it has a barrier function, and there are normal flora living. If hydrogen peroxide is used on the skin, although it can kill part of MRSA, high concentration or long-term use can easily damage the skin barrier, causing dry, red, swollen, and painful skin. And hydrogen peroxide can also kill the normal flora of the skin, break the micro-ecological balance, and benefit the pathogenic bacteria such as MRSA.
Clinical use of hydrogen peroxide to treat skin MRSA infection often depends on the course of infection and skin shape. Light infection, low concentration of hydrogen peroxide debridement may help control infection; severe infection requires antibacterial drugs, and the skin reaction should be observed.
In summary, hydrogen peroxide is used for disinfection and sterilization of skin MRSA. When using it, the pros and cons must be weighed and treated accurately according to individual conditions in order to achieve good treatment and reduce skin damage.
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