Encryption type virus detection kit for self-detection as well as preparation method and application of encryption type virus detection kit

Abstract

The invention belongs to the related technical field of virus detection, and discloses an encrypted virus detection kit for self-detection and a preparation method and application thereof, the method comprises the following steps: S1, presetting a plurality of patterns, and printing two of the plurality of patterns in the same virus detection kit by using different reagents, wherein a corresponding first pattern is displayed after one reagent reacts with the virus, a corresponding second pattern is displayed after the other reagent reacts with the sampling liquid, the result is positive when the first pattern and the second pattern are displayed, and the result is negative when the first pattern is not displayed and only the second pattern is displayed. When the first pattern and the second pattern are not displayed, the result is invalid; and S2, setting a unique identifier for each virus detection box, and binding and encrypting the identifiers with the positive, negative and invalid patterns of the virus detection boxes. According to the invention, self-detection of the user can be realized, and the detection department obtains the detection result before the user, so that the risk of conceal alarm of the user is avoided.

Description

technical field [0001] The invention belongs to the technical field of virus detection, and more particularly, relates to an encrypted virus detection box for self-testing and a preparation method and application thereof. Background technique [0002] The new crown epidemic has brought a great threat to human life, health and economic development. Due to the strong contagiousness of the new crown virus, it needs to be detected and discovered in time. The current detection methods are to collect personnel to a fixed location for testing. The main problems are as follows: ( 1) When personnel gather at a special testing site for nucleic acid sampling, it is very easy to cause cross-infection; (2) Sampling and testing require a large number of medical staff, which greatly weakens the normal medical system; (3) Going to a specific place for testing occupies the tested person A lot of time; (4) It is difficult for special groups such as orphans, old, sick, and pregnant to leave ho...

AI Technical Summary

Problems solved by technology

[0002] The new crown epidemic has posed a great threat to human life, health and economic development. Because the new crown virus is highly contagious, it needs to be detected in a timely manner. The current detection methods are to concentrate personnel to a fixed location for detection. The main problems are as follows: ( 1) When people gather at special testing sites for nucleic acid sampling, it is very easy to cause cross-infection; (2) Sampling and testing requires a large number of medical staff and greatly weakens the normal medical system; (3) Testing in a specific place takes up the tested persons A lot of time; (4) It is difficult for special groups such as orphans, elderly, sick, and pregnant to sample away from home, and special personnel need to be arranged to increase costs; (5) Bad weather may affect the sampling efficiency of nucleic acid testing and increase costs

Some people also propose self-inspection at home, but this method lacks supervision, so it will cause non-reporting or underreporting. If underreporting is extremely harmful, this method has not been adopted

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