Blue with cold! Some centralized nucleic acid detection points are crowded with people. Is this in line with epidemic prevention regulations?

This is very worrying. In some places, the failure of nucleic acid detection has increased the risk of epidemic spread.

One: nucleic acid detection? A sea of people? Disturbing. Recently, there have been many sporadic epidemics and local aggregation epidemics in some places, and nucleic acid detection has become a routine epidemic prevention work. However, many people have reported to reporters that there have been long queues or even? A sea of people? Phenomenon,? One hour in line and one minute in the exam? Problems are widespread. In some places, nucleic acid detection failed, which increased the risk of epidemic spread. Cooperating with nucleic acid testing is responsible for yourself and others, but the risk of crowd gathering caused by long queues must also be faced squarely. In some places, people line up for two or three hours, especially in some places in the northeast, waiting in line for nucleic acid testing outdoors at MINUS 20 or 30 degrees Celsius. Some people say that people are excited about it? I may not be infected, but I'm afraid I'll get sick from the cold in the queue. ; There are also some opinions about some inspectors working around the clock, even eating and going to the toilet. Nucleic acid detection is a magic weapon for accurate epidemic prevention and prevention of virus transmission. We must not become a bomb to detonate a new epidemic because of improper work arrangements.

Two: we must avoid the concentration of detection time. We must try our best to solve the problem of long queues and crowded people in nucleic acid testing, reduce the dissatisfaction and worry of the masses, and make the epidemic prevention work arrangement more reasonable. After all, nucleic acid detection is a magic weapon for accurate epidemic prevention and prevention of virus transmission, and it must not be a bomb to detonate a new epidemic because of improper work arrangements.

Although nucleic acid testing often involves tens of thousands or even hundreds of thousands or millions of people, it does not mean that we must queue up. In fact, this work is relatively orderly in Beijing and other cities where there have been many epidemics and large-scale nucleic acid testing has been carried out. The trick is to let the submission and transmission of information run ahead of the on-site inspection. By implementing the appointment registration system, passive on-site counseling will be changed into active pre-trip planning and guidance to avoid the concentration of nucleic acid inspection time. The national nucleic acid detection is just a mirror, and the phenomenon of long queues and crowds has exposed the lack of governance capacity at the grassroots level in some places. The central government has always emphasized scientific epidemic prevention and precise epidemic prevention, but in some places, there have been long queues for nucleic acid detection. Relevant local departments should also reflect on whether there are large, scattered and chaotic problems in community management and whether the epidemic prevention work has not been accurately put in place.

Three: Grid management can be adopted. Now many places are implementing grid management. Has it been shaped? Cross to the side, vertical to the end? However, some grids are too large to be accurate to floors, let alone units. Some community grid leaders are responsible for more than a dozen buildings and manage thousands of people. When nucleic acid is detected, when the grid grows, residents of more than a dozen buildings will get together and line up. At the same time, there are many old people living in some old communities abandoned by property. How to come up with a more detailed organizational plan, how to make them accept nucleic acid testing in an orderly manner, and also test their working methods.

It is also urgent to prevent the epidemic prevention risk of cluster nucleic acid detection and improve the ability of nucleic acid detection. In particular, we should give full play to the role of medical institutions, community health service centers and even village clinics, gradually improve the family doctor system, train more testing talents, and expand the testing ability of the whole society. Only in this way can all localities respond to national nucleic acid testing more confidently and orderly.

Of course, people all over the country can also contribute to solving the problem of long queues for nucleic acid testing. Many people like to wait in advance, which is one of the reasons for long queues. In fact, as long as you make an appointment to register, there is no need to rush to test, which will increase the risk of infection. If everyone can be more calm, nucleic acid testing will be more orderly and the pressure on epidemic prevention personnel will be reduced. Why not?