Manipal Institute of Virology, Manipal Academy of Higher Education, Manipal, India.
Ann Med. 2023;55(2):2257711. doi: 10.1080/07853890.2023.2257711. Epub 2023 Sep 19.
The diagnosis of an aetiology is dependent on the collection, transport, and storage of the infectious sample. The transport of the sample plays a crucial role in the chain of diagnosis. It is important to maintain the biological integrity of the pathogen during the transport of the sample to achieve an accurate diagnosis. This is important, particularly for labile organisms like viruses that are inactivated easily compared to other microorganisms. Many transport media have been utilised to ensure the integrity of the virus during transport. While most of the transport media are focused on preserving the infectious properties of the virus, progress has been made to develop virus transport media to inactivate the virus and obtain the stability of the viral nucleic acid, enabling better molecular diagnosis of the virus aetiologies. This review summarises the various media used for the transport of virus samples and focuses on the need to develop virus transport media that inactivates the virus and preserves the viral nucleic acid.
病因诊断取决于感染性样本的采集、运输和储存。样本的运输在诊断链中起着至关重要的作用。在运输样本的过程中保持病原体的生物完整性对于实现准确诊断非常重要。这一点非常重要,特别是对于像病毒这样的脆弱生物,它们很容易失活,而与其他微生物相比,它们的失活速度更快。为了确保病毒在运输过程中的完整性,已经使用了许多运输介质。虽然大多数运输介质都专注于保持病毒的传染性,但已经取得了进展,开发了病毒运输介质来灭活病毒并获得病毒核酸的稳定性,从而能够更好地进行病毒病因的分子诊断。本文综述了用于病毒样本运输的各种介质,并重点介绍了开发能够灭活病毒并保存病毒核酸的病毒运输介质的必要性。