Method used for inactivating virus based on atmospheric pressure low temperature plasma activated solution

Abstract

The invention discloses a method used for inactivating virus based on an atmospheric pressure low temperature plasma activated solution. The method comprises following steps: 1, gas is introduced intoan atmospheric pressure low temperature plasma generator so as to realize generation of an atmospheric pressure low temperature plasma through excitation; 2, an atmospheric pressure low temperature plasma activated solution is subjected to activation so as to obtain a plasma activated solution; 3, and the plasma activated solution is used for treating a solution containing virus. The method is capable of killing virus effectively; no toxicity, no irritation, and no peculiar smell is caused; environment pollution caused by activation of virus with chemical reagents such as formaldehyde is avoided; and in preparation process of the atmospheric pressure low temperature plasma activated solution, energy consumption is low, operation is convenient, and production cost is reduced effectively.

Description

technical field [0001] The invention relates to the field of biotechnology, in particular to a method for inactivating viruses based on an atmospheric pressure low-temperature plasma activation solution. Background technique [0002] Plasma is the "fourth state" of matter. It is a quasi-neutral gas composed of charged particles and neutral particles that exhibits collective behavior. It is one of the disciplines based on discharge physics, discharge chemistry and reaction engineering. interdisciplinarity. According to its system temperature, it can be divided into two categories: high-temperature plasma and low-temperature plasma. Particle temperature T>10 in high temperature plasma 8 -10 9 K, the particles have enough energy to collide with each other and reach the reaction conditions of nuclear fusion. [0003] Generally, the plasma category involved in the laboratory belongs to low-temperature plasma, which is divided into hot plasma and cold plasma. Hot plasma is ...

AI Technical Summary

Problems solved by technology

Traditional virus inactivation methods include chemical disinfectants, such as phthalone, solid peracetic acid, formaldehyde, etc., although to a certain extent they can disinfect virus contamination, but currently in the process of use, there are The dosage is too high and unscientific, which will pollute the environment

On the other hand, physical disinfection techniques, such as steam sterilizers, instantaneous high-temperature sterilizers, ultraviolet radiation, and ozone disinfection, usually use instantaneous high-temperature or high-energy rays to change the living and breeding environment of bacteria and fungi, resulting in their inability to reproduce normally. Inactivation, but the bactericidal efficiency is not ideal

And its high cost, inconvenient to carry is also one of the major limiting factors

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