Correspondence to Author:  Rahman Hallaj, 

Department of Chemistry, Faculty of Science, University of Kurdistan, Sanandaj, Iran. Email : rhallaj@uok.ac.ir

Abstract:

This study aims to explore the potential of microfluidic systems for the rapid and sensitive detection of herpes viruses in clinical contexts. Microfluidic systems are smallscale devices that allow accurate control of liquids and can perform complex interactions that conventional diagnostic methods can observe. The study reviewed the existing literature and discussed the advantages, limitations, and landscape of the design of microfluidic devices capable of detecting a wide range of herpes viruses with high sensitivity and specificity. The practical difficulties associated with the manufacture, optimization, and validation of devices are also taken into account. The results show that microfluidic systems are capable of detecting Herpes viruses quickly and accurately at the nursing home, thereby eliminating the need for complex laboratory equipment and specialized training. Regarding the design of devices with broad detection capabilities, challenges remain in the construction and validation of technical problems. Despite these challenges, microfluidic systems can revolutionize herpes virus infection diagnosis, especially in resource-limited environments. Continuous development of microfluidic technology is expected to promote the development of highly sensitive, specific, and affordable devices for detecting herpes viruses and other pathogens.

Citation:

Rahman Hallaj.Detection of herpesviruses using microfluidic devices: Controversy between new trend and conventional methods. Journal of Immunology 2024.