Clinell launches Washable Silicone Keyboards in Australia
June 2019 - Clinell launches Washable Silicone Keyboards and Mice in Australia
Clinell EasyClean Silicone Keyboards are a high contamination risk in the hospital and clinic setting. Recent review of the literature concluded that computer keyboards are more than frequently contaminated, and that manymore studies are required to understand the risk they pose and which effective and practical methods to prevent and reduce contamination must be introduced.
Computer equipment in hospital, school and clinic settings, such as keyboards, mice, and smartcard readers, frequently become contaminated with pathogens that can cause HCAI and are difficult to clean and disinfect. Furthermore, hand hygiene rarely follows contact with computer equipment in clinical settings. Since computer keyboards are handled by multiple staff groups, and since hand hygiene practice is rarely optimal, pathogenic organisms could be deposited onto keyboards by one staff member, and acquired on the hands of subsequent staff members, fuelling the spread of pathogenic organisms in hospitals.
Improved design and disinfection of computer keyboards has been shown to reduce the level of microbial contamination, and so reduce the risk of transmission. For example, Clinell EasyClean Silicone Keyboards, mice, and smartcard readers have been designed to simplify cleaning procedures and increase compliance.
The review identified 75 studies including data from 2804 individual computer devices. Around one third of these studies also reported on the efficacy of disinfection methods for computer keyboards. The most common organisms found to contaminate keyboards in healthcare settings are, unsurprisingly, skin commensals, with potential pathogens including MRSA, C. difficile, and VRE have also been identified.
Clinell disinfectant wipes were one of the methods found to be effective in tackling contamination of computer keyboards.
The review concluded that more studies are required to scale the risk of computer keyboards as a potential fomite for the transmission of pathogens in healthcare setting.