Recently, China Mobile announced the launch of a 5G convenient nucleic acid collection station, providing a standardized solution for 5G convenient nucleic acid collection stations for 32 cities in 17 provinces (autonomous regions and municipalities). Nine provinces (autonomous regions and municipalities) including Jiangxi, Jiangsu, and Zhejiang have landed.

At present, most cities in China have begun to implement normalized nucleic acid testing measures. Large cities have started to build 15-minute walk-in nucleic acid testing "sampling circles", and the demand for nucleic acid collection stations has skyrocketed, making a large number of companies take a fancy to this market space. As the largest operator in the country, China Mobile will become an important supplier in this field with its extensive branches and grid resources across the country; at the same time, in order to highlight the characteristics of telecom operators, 5G has also become a feature of nucleic acid collection work. Helping smart epidemic prevention and control.

According to media reports, the 5G convenient nucleic acid collection workstation launched by China Mobile adopts an integrated design. Access control, disinfection, temperature control, video surveillance, 5G cloud medical care and intelligent terminal (5G PDA) are integrated into the workstation of several square meters. Ability to meet the full-process services of identity verification, press disinfection, medical waste treatment, information upload, data analysis, etc. in nucleic acid sampling, effectively improving sampling efficiency. At the same time, in order to avoid the risk of medical and nursing infection, the workstation is equipped with a fresh air system, heating and cooling air conditioning, and ultraviolet disinfection.

It can be seen that, in addition to the basic nucleic acid collection facilities, the communication network can be said to be a basic configuration of the workstation. Due to the functions of ID card information collection, video monitoring, and information uploading, some sites are more intelligent, and most processes can be carried out by themselves. Therefore, the nucleic acid collection workstation must be equipped with a reliable network to realize the collection of samples and personnel information. The precise management and inventory of nucleic acid detection is also crucial in the context of the normalization of nucleic acid detection, which determines the efficiency of nucleic acid collection.

Nucleic acid collection workstations have certain characteristics of "mobility". According to the needs of epidemic prevention and control, they can be quickly established and moved, reflecting a flexible supporting role. China Mobile's 5G convenient nucleic acid collection workstation includes 3 categories and 15 different configurations, which can meet the needs of 1-3 people working at the same time, and can also be customized according to the situation of different sampling points, different sizes and different groups of people to ensure fast support. City site construction.

Under such characteristics, if the nucleic acid collection station is equipped with a wired network, the flexibility of its deployment will be greatly reduced. Most nucleic acid collection station deployment sites are not equipped with wired network access. Therefore, wireless networks have almost become the choice of temporary nucleic acid collection workstations. With the help of the 5G network, the high-speed and reliable communication network of the nucleic acid collection workstation has been realized, and it has also become the infrastructure for the further digitalization and intelligence of the nucleic acid collection workstation.

Of course, if the 5G network is not used, the 4G network can still ensure the normal communication requirements of the nucleic acid workstation. However, the nucleic acid collection workstation is an important facility during the current epidemic prevention and control period, and a large number of nucleic acid collection facilities are used as a 5G application scenario, which has a very good demonstration effect.

Recently, the leaders of the National Health and Medical Commission introduced that according to the data of the National New Coronavirus Nucleic Acid Detection Information Platform, there are 13,000 medical and health institutions in the country that can carry out nucleic acid detection, and 153,000 professional technicians are engaged in nucleic acid detection technology. It can reach the level of 57 million tubes per day for a single tube. While the nucleic acid detection capability has been improved, the detection cost has dropped significantly. Behind the joint efforts of all parties in the industry chain, the detection efficiency has been greatly improved in a short period of time. Among them, digital means also played an important role.

In order to further improve the detection efficiency and reduce the detection cost, many institutions continue to introduce innovative methods. For example, recently, the Shanghai Institute of Artificial Intelligence and a company jointly developed a nucleic acid sampling vehicle. The vehicle is equipped with a nucleic acid sampling robot. The sampling process is completed by the robot, eliminating the need for sampling personnel and reducing the risk of cross-infection among people during sampling. . At present, nearly 80 nucleic acid sampling vehicles have been put into use, realizing the functions of "sampling + detection" full-process closed-loop unmanned operation and unmanned driving in some complex places.

Of course, in many cases, digital technology is only an auxiliary means and cannot prevent all kinds of illegal activities. In the face of huge interests, how to control greedy human nature is fundamental.

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