Audited Supplier
Significance of Mobile Container PCR Labs
High Timeliness - When the epidemic occurs, the mobile container PCR labs can be quickly transported to the outbreak site to carry out the detection, which brings out the better epidemic control.
Good Benefits - In the outbreak, a large number of PCR labs need to be built. While after the outbreak, those idle PCR laboratories can causes huge waste. Mobile container PCR labs can just solved this problem on the premise of meeting urgent needs. When an epidemic occurs nearby (within 100 kilometers), it can be quickly trans- ported to the outbreak site and provided to healthcare staffs to complete the testing work. If there is no need any longer, it can be properly maintained until next time.
Reduce Transmission Range - The mobile container PCR labs can be easily transported to the outbreak site of epidemic, which means the reduction of the flow of patients, and the route and time of virus transmission, thus the outbreak can be well controlled.
Reduce Sample Circulation Time - Due to the shortage of testing staffs and facilities, or other problems such as longterm delivery time, preliminary screens usually have to be carried out with one or two days delay. They also cause the obvious difference of the virus nucleic acid test results on the same sample, which means the enlarged error and less accuracy. If the processing time can be shortened, the accuracy will be improved greatly, the testing time of pathogen will be less, and the distance of virus circulation will be reduced. All of those will contribute to control of the epidemic in positive roles.
| Advantage | Less space, easier installation, better pollution control, renewable resourse, more safety |
| The container laboratory is a relatively new building system, which is transformed from a traditional cargo container, but with a value-added use of them. It is characterized as hige mobility, and very strong, which can withstand great pressure. The basice installation can be completed in the factory, and the finished products can be transported to the site and lifted to the position. It can be put into urgent use immediately after the finish of water and electricity connection, which provides a very convenient solution. The mobile container PCR labs can be reused repeatedly, easy to dissemble and install, have the superior capability and stability with good resistance to shock. It costs relatively low, but has the high performance safety, which reflects the current concepts of "green environmental protection, low carbon emission and energy saving" of the world. | |
| Principles and Requirements | High site requirements, high personnel requirements, High risk during detection, high protection requirements, high demands on physical endurance. |
| The PCR laboratory is also called the gene amplification laboratory. PCR is short for Polymerase Chain Reaction, which is a molecular biology technique used to amplify a specific piece of DNA. It can be viewed as a specific DNA copy produced outside the body of an organism. By the means of the DNA gene-tracking system, the amount of virus in a patient's body can be quickly measured with the accuracy on nanoscale. It can answer many questions, such as whether the virus replicates, whether it is contagious, how strong the infectivity is, whether it is necessary to take medicine, and whether there are abnormal changes in organ function. Furthermore, such information can help us to judge which kind of antiviral drugs are most suitable for patients, how effective the drugs are, and provide a reliable test basis for clinical treatment. | |
| Functional Chamber | Minimum Number of Air Changes per Hour | Minimum Pressure Difference between Adjacent Rooms and Outdoor Space (Pa) | Temperature (ºC) | Relative Humidity (%) | Noise Db(A) |
| Buffer Zone (I) * | 12 | +5 | 18-26 | 30-70 | <60 |
| Reagent Storage and Preparation | 15 | +10 | 18-26 | 30-70 | <60 |
| Sample Preparation | 15 | -20 | 18-26 | 30-70 | <60 |
| Nucleic Acid Amplification | 15 | -20 | 18-26 | 30-70 | <60 |
| Product Analysis | 15 | -20 | 18-26 | 30-70 | <60 |
| Buffer Zone (II)* | 12 | -5 | 18-26 | 30-70 | <60 |
| Corridor for PCR only | 12 | - | 18-26 | 30-70 | <60 |
