The virus transportation system is mainly used for the collection,The following are its specific functions:

The virus transportation system is mainly used for the collection, preservation, and transportation of virus samples in scenarios such as clinical diagnosis, disease monitoring, and scientific research. It ensures the viability and integrity of virus samples for subsequent detection and analysis. 

Sample Collection

• Convenient Operation
  The virus transportation system usually includes sampling swabs and other tools. Sampling personnel can use the swabs to collect cell or secretion samples that may contain viruses from specific parts of the human body, such as the nasal cavity and throat. The design of the swab ensures that as much virus sample as possible can be collected during the sampling process, while reducing the harm and discomfort to the person being sampled.
• Suitable for Multiple Sample Types
  In addition to being used for human sampling, the virus transportation system can also be used to collect virus samples from environmental samples. For example, sampling can be carried out in places where virus contamination may exist, such as hospital wards and public places, to monitor the spread of the virus in the environment.

Sample Preservation

• Maintaining Virus Viability
  The preservation solution in the virus transportation system contains multiple components, which can provide a suitable living environment for the virus and maintain the viability of the virus within a certain period. This prevents the virus from being inactivated due to changes in environmental factors such as temperature, humidity, and pH value. This is crucial for subsequent operations such as virus culture and nucleic acid testing. Only by maintaining the viability of the virus can the presence and characteristics of the virus be accurately detected.
• Preventing Sample Deterioration
  The preservation solution usually also contains antibacterial components, which can inhibit the growth and reproduction of microorganisms such as bacteria, and avoid the contamination and deterioration of the sample by bacteria during transportation, thus affecting the accuracy of the test results.

Sample Transportation

• Ensuring Biosafety
  The virus transportation system generally uses a specially designed package, which has good sealing performance and biosafety. It can prevent sample leakage and avoid the spread of the virus to the external environment during transportation, posing a threat to the health of transportation personnel and the public. At the same time, there will be clear identification and warning information on the package to remind the transportation personnel of protection and correct operation.
• Adapting to Different Transportation Conditions
  According to different needs, the virus transportation system can adapt to various transportation methods, such as air transportation and road transportation. Whether at room temperature, refrigeration, or freezing conditions, it can ensure the stability and safety of the sample. In the case of long-distance transportation or the need to store samples for a long time, corresponding cold chain equipment can also be equipped to ensure that the sample is in a suitable temperature environment throughout the transportation process.

Supporting Virus Detection and Research

• Providing a Basis for Diagnosis
  After the collected samples are timely and safely transported to the laboratory through the virus transportation system, professionals can use various detection methods, such as nucleic acid testing, antigen testing, and virus culture, to analyze the samples. This enables them to determine whether the person being sampled is infected with the virus, as well as the type and load of the infected virus, providing important evidence for clinical diagnosis and treatment.
• Facilitating Scientific Research Work
  In the field of scientific research, the virus transportation system can collect virus samples collected from different regions and sources together, providing rich sample resources for basic research on viruses, epidemiological investigations, and vaccine development. This helps scientists to better understand the transmission patterns, mutation situations, and pathogenic mechanisms of the virus.