| Literature DB >> 23953255 |
S Scheithauer1, S Trepels-Kottek2, H Häfner3, D Keller4, T Ittel4, N Wagner5, K Heimann2, M Schoberer2, R Schwarz6, G Haase7, B Waitschies3, T Orlikowsky2, S Lemmen3.
Abstract
Here we investigated a cluster of eight newly Methicillin-resistant Staphylococcus aureus (MRSA)-colonized neonates at an ICU, and present data on molecular strain characterization as well as the source identification process in which we analyze the impact of MRSA-colonized HCWs. Molecular strain characterization revealed a unique pattern which was identified as spa-type t 127--an extremely rare strain type in Germany. Environmental sampling and screening of parents of colonized neonates proved negative. However, staff screening identified one healthcare worker (HCW; 1/134) belonging to a group of recently employed Romanian HCWs who was colonized with the spa 127 strain. Subsequent screening also detected MRSA in 9/51 Romanian HCWs (18%) and 7/9 (14% of all) isolates showed the same molecular pattern as the index case (spa/PFGE type). All carriers were successfully decolonized, after which no new patient cases occurred. As a result, we have now implemented a universal screening programme of all new employees as part of our infection control management strategy. MRSA-colonized HCWs can act as a source for in hospital transmission. Since HCWs from high endemic countries are particular prone to being colonized, they may pose a risk to patients.Entities:
Keywords: Cross transmission; Infection control; Multi resistant bacteria; Neonatology
Mesh:
Year: 2013 PMID: 23953255 DOI: 10.1016/j.ijheh.2013.07.006
Source DB: PubMed Journal: Int J Hyg Environ Health ISSN: 1438-4639 Impact factor: 5.840