The Methicillin-Resistant Staphylococcus Aureus Infection Controls

Authors: Jiapu Zhang

Journal Review of Bioinformatics and Biometrics (RBB) 2(4), pp.83-87 (2013)
arXiv: 1305.7411v1 - DOI (q-bio.OT)
License: CC BY-NC-SA 3.0

Abstract: Multi-resistant organisms (MROs), the bacteria that are resistant to a number of different antibiotics, have been very popular around the world in recent years. They are very difficult to treat but highly infectious in humans. MRSA (Methicillin-Resistant Staphylococcus Aureus) is one of the MROs. It is believed that in 2007 more people died of MRSA than of AIDS worldwide. In Australia "there are about 2000 people per year who have a bloodstream infection with the MRSA germ and the vast majority of those get them from health care procedure" (Nader, 2005). It is acknowledged as a significant challenge to Australian hospitals for MRSA infection control. Nursing professionals are in urgent need of the study of MRSA nosocomial infection controls. This review provides insight into the hand washing and isolation infection-control strategies for MRSA. The important technologies on those two aspects worldwide are well surveyed, compared, contrasted, and discussed. The review is to do a complete survey on the hand washing and isolation technologies of infection controls for MRSA and try to provide some possible recommendations for Australian hospitals.

Submitted to arXiv on 30 May. 2013

Explore the paper tree

Click on the tree nodes to be redirected to a given paper and access their summaries and virtual assistant

Also access our AI generated Summaries, or ask questions about this paper to our AI assistant.

Look for similar papers (in beta version)

By clicking on the button above, our algorithm will scan all papers in our database to find the closest based on the contents of the full papers and not just on metadata. Please note that it only works for papers that we have generated summaries for and you can rerun it from time to time to get a more accurate result while our database grows.