The continuous coughing sounds in the subway, the frequent leave requests in children's class groups, the changing odors of disinfectant in the office... This winter, the virus seems to be more "attached" than in previous years. When masks become the second skin and disinfectant becomes a must-have item, have we ever thought that those clothes, bedding, and towels that come into the closest contact with our bodies could also have the ability to actively defend themselves? 

                                                                                                                                                                                         

In the microscopic battlefield between viruses and bacteria, Shanghai Jieyi Kang, with 20 years of experience, has established an invisible protective net. 
Viruses have a strong infectivity towards host cells, posing a serious threat to the lives and health of humans and animals. Currently, it is known that there are hundreds of viruses that can infect humans, such as the Severe Acute Respiratory Syndrome (SARS) coronavirus, the Middle East Respiratory Syndrome (MERS) coronavirus, the Human Immunodeficiency Virus (HIV), Dengue fever virus, Ebola virus, Influenza A virus, Hepatitis B virus, and the novel coronavirus COVID-19, etc. 

Our company has developed a complete series of antiviral finishing agents, antiviral fibers and antiviral masterbatches, which are suitable for the production and application of antiviral textiles. This product works by reacting with the reactive groups of the virus proteins and the sulfhydryl, amino groups on the proteins, causing the proteins to lose their activity; it can also react with the phosphate groups on the viral nucleic acids, changing the structure of the nucleic acids and affecting the transcription and replication of the viral genetic information, preventing the virus from effectively reproducing. 

In addition, this series of products have a strong adsorption and fixation effect on viruses. They can bind to certain proteins on the surface of the viruses, interfering with the interaction between the viruses and cell receptors, thereby preventing the viruses from binding to host cells and blocking their invasion into cells. 

True health technology should not be about cold instruments or cumbersome procedures, but rather an invisible protection that integrates into daily life. Shanghai Jiayikang is exploring the embedding of protection technology into fabrics. In the future, perhaps just one piece of clothing will be able to achieve multiple functions such as temperature regulation, virus warning, and air purification. 

When the virus attempts to break through our defenses, some choose to adopt a passive defense strategy, while others opt for an active offensive approach. Shanghai Jieyi Kang has demonstrated through 20 years of scientific research dedication that the essence of technology lies in providing each ordinary day with an extra sense of reassurance and security. This flu season, perhaps we cannot prevent the spread of the virus, but at least we can make every contact a positive addition to our health.