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Hydrogen Peroxide Kill Viruses
On whether hydrogen peroxide can kill viruses
The world doubts whether hydrogen peroxide can kill viruses. Or: "Hydrogen peroxide has strong oxidative properties and can break the structure of the virus, so it must be killed."
However, there are also dissenters. Viruses are small in shape and complex in structure. When they exist in the host cell, hydrogen peroxide is difficult to reach, and can they be killed by security? And the environment is different, and the effect of hydrogen peroxide is also different. When it is highly concentrated, its oxidizing power is strong, or it can destroy the protein, nucleic acid and other key structures of the virus, making it inactivated. However, under conditions such as low concentration or uncomfortable temperature and humidity, it may be difficult to perform full function.
Looking at various experiments, it is confirmed that the virus activity decreases when it is isolated from the body and at the place where the concentrated hydrogen peroxide is suitable. However, in actual situations, such as human infection, using hydrogen peroxide to disinfect, it is necessary to consider its harm to human tissues. Hydrogen peroxide is strongly oxidized, or it can damage normal cells, resulting in adverse effects.
Therefore, under specific conditions, hydrogen peroxide has the potential to kill viruses in vitro. However, in complex biological systems, if you want to use it to kill viruses, you should carefully consider its advantages and disadvantages, weigh its advantages and disadvantages, and not generalize. It is necessary to carefully consider the nature of the virus, the environmental conditions and the impact on the host in order to make good use of its effectiveness and avoid its harm.
The world doubts whether hydrogen peroxide can kill viruses. Or: "Hydrogen peroxide has strong oxidative properties and can break the structure of the virus, so it must be killed."
However, there are also dissenters. Viruses are small in shape and complex in structure. When they exist in the host cell, hydrogen peroxide is difficult to reach, and can they be killed by security? And the environment is different, and the effect of hydrogen peroxide is also different. When it is highly concentrated, its oxidizing power is strong, or it can destroy the protein, nucleic acid and other key structures of the virus, making it inactivated. However, under conditions such as low concentration or uncomfortable temperature and humidity, it may be difficult to perform full function.
Looking at various experiments, it is confirmed that the virus activity decreases when it is isolated from the body and at the place where the concentrated hydrogen peroxide is suitable. However, in actual situations, such as human infection, using hydrogen peroxide to disinfect, it is necessary to consider its harm to human tissues. Hydrogen peroxide is strongly oxidized, or it can damage normal cells, resulting in adverse effects.
Therefore, under specific conditions, hydrogen peroxide has the potential to kill viruses in vitro. However, in complex biological systems, if you want to use it to kill viruses, you should carefully consider its advantages and disadvantages, weigh its advantages and disadvantages, and not generalize. It is necessary to carefully consider the nature of the virus, the environmental conditions and the impact on the host in order to make good use of its effectiveness and avoid its harm.
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