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What are Self-Sterilizing Polymers?

Image Credit: Kriengsak tarasri/Shutterstock.com
The ability to inactivate pathogens on contact by using inherently biocidal surfaces is at the core of some of the latest strategies for controlling the spread of harmful microorganisms in the healthcare industry, public transportation, and other sectors with a high risk of pathogen transmission via contaminated surfaces.
Today, infectious diseases are the second leading cause of death globally, surpassed only by heart diseases.
Traditionally, the most common strategies to mitigate disease-causing agents spread are based on chemical disinfectants (such as bleach, hydrogen peroxide, and detergents) or repeated exposure to radiation (UV light). However, both approaches can damage the treated surface, adversely affect the environment, or introduce additional health concerns. ....

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Antimicrobial Nanotechnology Solution for COVID-Free Surfaces

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UK-based Cicada has launched a long-lasting antimicrobial solution to remove COVID on surfaces. The company was established as a subsidiary of an automotive industry specialist Duracare to create safe and COVID-free areas with nanotechnology.
Severe acute respiratory syndrome coronavirus-2 (SARS-CoV-2) spreads when a person touches contaminated surfaces then directly touches their mouth, nose, or eyes. More than 68 million people have been infected worldwide at the time of writing.
Virus droplets contaminate surfaces for several days, with routine cleaning and disinfecting required.
Many commercial surface disinfectant kills the viruses but does not protect the surface from future contamination. This leads to viruses returning once the infected people come back to the area (Laister, 2020). Cicada has partnered with Signo NanoCare UK Ltd to develop virus-resistant nano-coating solutions. ....

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