000 02822cam a2200277 4500
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008 120401t2013 xxu||||| |||| 00| 0 eng d
022 _a01956701
100 _aHosein, IK.
240 _aThe journal of hospital infection
245 _aSummertime Bacillus cereus colonization of hospital newborns traced to contaminated, laundered linen.
260 _c2013
500 _aNMUH Staff Publications
500 _a85
520 _a<h4>BACKGROUND: </h4><p>Routine screening of premature newborns for haemolytic streptococci, Staphylococcus aureus and enteric Gram-negative bacteria done at birth using umbilical swabs identified clustering of babies colonized with Bacillus cereus in summers of 2009 and 2010 at a 400-bedded UK general hospital.</p><h4>AIM: </h4><p>To determine the source of this organism by focusing on the clinical environment.</p><h4>METHODS: </h4><p>Umbilical swab screening was extended to all newborns and the labour ward environment, including construction-related dust, was sampled for B. cereus.</p><h4>FINDINGS: </h4><p>During the summer of 2009, 65% of newborns had umbilical swabs which were culture positive for B. cereus. Blood agar and B. cereus selective agar impression plates of unused labour ward linen, and freshly received linen from the hospital's external laundry, gave mainly confluent growth of B. cereus in >85% of items sampled. In-use and exposed healthcare products including liquid handwashing agents, paper hand-towels, vaginal lubricants, labour ward dust and air were culture negative. Linen contamination and umbilical swab culture positivity both approached zero in autumn. B. cereus colonization of newborn umbilici recurred in summer 2010 and unused laundered linen was again found to be as contaminated. Washing linen at the laundry in a washer-extractor, with higher dilution than the continuous tunnel washer normally used, coincided with lowering of detectable B. cereus numbers in unused washed linen and no clustering in newborns the following summer (2011).</p><h4>CONCLUSION: </h4><p>Freshly laundered linen can be contaminated with B. cereus with subsequent spread and colonization of newborns. This contamination appears to be associated with low-dilution washing and high ambient temperatures.</p>
700 _aHoffman, PN.
700 _aEllam, S.
700 _aAsseez, TM.
700 _aFakokunde, A.
700 _aSilles, J.
700 _aDevereux, E.
700 _aKaur, D.
700 _aBosanquet, J.
856 _uhttp://www.ncbi.nlm.nih.gov/pubmed/23927924?dopt=Abstract
856 _uhttp://ferriman.wufoo.com/forms/r7x3a7/
999 _c75411
_d75411