What is a potential effect of degraded nano-coating on devices?

The degradation of nano-coating on medical devices can lead to increased eschar build-up. Nano-coatings are typically designed to provide anti-fouling properties, meaning they can resist the attachment of biological materials such as proteins, cells, and in this case, eschar, which is a dry, dark scab or dead tissue that forms over a wound.

When the nano-coating degrades, its efficacy in preventing the accumulation of biological materials diminishes. As a result, devices may experience greater adherence of eschar and other contaminants, which can compromise device performance, increase the risk of infection, and complicate patient management.

In contrast, improved thermal conductivity, enhanced blood flow, and reduced cleaning time are not expected outcomes of degraded nano-coating. In fact, a compromised coating typically leads to the opposite effects concerning device performance and maintenance. The loss of the protective properties of the nano-coating underscores the importance of maintaining the integrity of such coatings to ensure optimal functionality and safety of medical devices.