The case for low temperature sterilization.

In a publication from October 2016 on PubMed, titled "The case for low temperature sterilization," the authors present an argument advocating for the use of lower temperatures in sterilization processes, specifically focusing on the Sterrad NX system.

The study was conducted within a hospital's Central Service Department (CSSD), where the efficiency and effectiveness of the Sterrad NX system were evaluated. The system, which employs hydrogen peroxide vapor at a temperature of 63-65°C, is designed to sterilize reusable medical instruments.

In this investigation, the researchers compared the Sterrad NX system with the conventional steam autoclave method for a variety of surgical instruments and endoscopes. The results showed that the Sterrad NX system achieved a pass rate of 100%, while the steam autoclave had a failure rate of 6%.

Furthermore, the study highlighted that using lower temperatures with the Sterrad NX system offers several advantages. For instance, it can help reduce damage to heat-sensitive instruments and endoscopes, shorten cycle times, and lower energy consumption compared to steam autoclaves.

The authors also referenced guidelines from the American National Standards Institute (ANSI/AAMI ST79) and International Organization for Standardization (ISO 17665-1), emphasizing that the Sterrad NX system meets these standards for low temperature sterilization processes.

In conclusion, the study discusses the potential benefits of employing low temperature sterilization methods, specifically focusing on the Sterrad NX system, which could lead to improved outcomes in surgical settings by reducing damage to instruments, shortening cycle times, and lowering energy consumption compared to traditional steam autoclaves.