Design for Antiviral Equipment with Nanozymes

In recent years, the evolution and mutation of viruses have become more and more common, and human health is still under serious threat. The emergence of mutated viruses makes prevention and treatment of viral diseases very difficult. Therefore, it is of great importance to actively develop effective anti-virus equipment. Nanozymes have the characteristics of broad-spectrum antibacterial, permeability, strong bactericidal, safe, non-toxic, no drug resistance and so on. It is widely used in textile and clothing, medical supplies, daily chemical products and other fields.

Creative Enzymes develops an advanced platform equipped with advanced instruments and professional staff to design antiviral equipment based on nanozymes with a high standard. We customize featured services according to customers' needs. We deliver satisfactory and reliable results and reports on time to our customers all over the world.

Design for Antiviral Masks with Nanozymes

• Masks are an important personal protective equipment to prevent respiratory exposure to viruses and reduce the risk of respiratory infections. Masks often act only as a physical barrier, blocking pathogenic microorganisms of a certain size.
• Creative Enzymes immobilizes the antiviral material inside the mask, which not only blocks the virus, but also effectively inactivates the airborne virus.

Fig. 1 Antiviral masks with nanozymes.

• We use IONzyme which has lipid oxidase activity, to disrupt the lipid envelope on the surface of influenza virus. As an ideal antiviral additive, ION is added to the mask to effectively filter and remove influenza virus. Therefore, it can improve protection efficiency.

Design for Antiviral Condoms with Nanozymes

• Condom is a barrier device that can reduce sexually transmitted infections. Physical isolation can prevent sexually transmitted viruses such as HIV and HSV to a certain extent, but it cannot guarantee a 100% protection rate.
• Therefore, Creative Enzymes develops a device that can not only physically separate the pathogen from its host, but also directly destroy the pathogen is a more effective defense strategy.
• Ag nanozymes have a good inhibitory effect on both HIV and HSV. Among them, Ag nanozymes can bind to HIV capsid protein gp120, inhibit the interaction between gp120 and target cell membrane receptor CD4, and play an antiviral role in both early (entry or fusion) and post-entry stages of viral replication.
• We develop a polyurethane condom (PUC) coated with Ag nanozymes that may completely inactivate HIV-1 infectivity after contact with Ag nanozymes. Similarly, PUC coated with Ag nanozymes shows strong inactivation activity against both HSV-1 and HSV-2. This PUC can not only physically isolate host cells from the virus, but also inactivate virus infectivity, providing good personal protective equipment against transmitted diseases.

Design for Antiviral Textiles with Nanozymes

• Ag nanozymes can be widely used in cotton, chemical fiber, spandex and other materials and fabrics. The process is clean and environmental protection.
• We find that the addition of Ag nanozymes has no adverse impact on conventional spinning technology and fiber finished appearance and performance, and can even effectively improve the performance of the original products.
• It is a high-tech raw material and application product with antibacterial effects.

Fig. 2 Antiviral textiles with nanozymes.

Creative Enzymes offers services covering antiviral equipment with nanozymes to meet your research demands. With years of experience in the biological industry, our professional platforms can help our clients solve types of difficulties. If you are interested in our services or have any questions, please feel free to contact us or make an online inquiry.