Where can I have mixed inspection in Zhuhai?

Zhuhai People's Hospital Gaolan Port Hospital can be mixed.

The temporary nucleic acid sampling point set up by Gaolangang Hospital of Zhuhai People's Hospital in the cultural center of Nanshui Town, Jinwan District can open the mixed inspection channel during non-state nucleic acid testing.

Both testing services are located in the cultural center of Nanshui Town, Jinwan District, separated from the yellow code area in the hospital to avoid cross-infection to the greatest extent. Ordinary people who want to complete the inspection can choose a single sample sampling with one person and one tube and a mixed sampling with ten people and one tube in the center. Both sampling forms can produce paper reports. The sampling periods are 8:00- 12:00 and 14:00- 19:00.

In addition, Huangma and community investigators in the jurisdiction can go to the nucleic acid detection point of Gaolangang Hospital of Zhuhai People's Hospital for free single-person single-tube sampling, and the sampling periods are 8: 00- 12: 00 and 14: 00- 17: 00.

Relevant persons in the hospital said that no matter what sampling method is adopted, the test results can be viewed on the "Yuekang Code" applet. If you need a paper report, please pick it up at the sanitary hut on the first floor of the hospital complex. If you need an invoice, please pick it up in the invoice printing room of the iron shed at the entrance and exit of the hospital.

Mixed sample detection is called novel coronavirus nucleic acid screening dilution mixed sample technology, that is, samples of 5 people and 10 people are collected, and then 1 nucleic acid detection is performed. Whether using single sample detection or mixed sample detection, there are corresponding detection operation specifications and application scope, which is also an important prerequisite to ensure the accuracy and quality of nucleic acid detection.

Generally speaking, single sample detection is to collect samples of 1 person and carry out 1 nucleic acid detection.