C. Childs et al., PATTERNS OF STAPHYLOCOCCUS-AUREUS COLONIZATION, TOXIN PRODUCTION, IMMUNITY AND ILLNESS IN BURNED CHILDREN, Burns, 20(6), 1994, pp. 514-521
Citations number
NO
Categorie Soggetti
Dermatology & Venereal Diseases","Emergency Medicine & Critical Care
Toxic shock syndrome toxin-one (TSST-1) produced from some but not all
strains of Staphylococcus aureus is considered to be responsible for
the development of the serious illness, toxic shock syndrome (TSS). Th
e aim of this study was to establish the importance of S. aureus in th
e aetiology of suspected cases of TSS in acutely burned children. The
pattern of colonization of S. aureus, and in particular toxic shock sy
ndrome toxin-one (TSST-1) producing isolates, was studied in 53 burned
children admitted as consecutive cases. S. aureus was not normally pr
esent on admission. Although it was the most common wound pathogen, it
was acquired during the first few days after admission. Antibody stat
us to TSST-1 on admission and at discharge was determined. Only half (
49 per cent) of the children had antibodies to TSST-1. When it was pos
sible to obtain paired admission and discharge samples in patients who
had been given blood products, an assessment of seroconversion could
be made. Two of the four patients given blood products during the resu
scitation and postoperative period were antibody negative on admission
(the other two were TSST-1 antibody positive). By discharge they had
antibodies to TSST-1. Whilst the majority of donated blood products ha
d antibodies to TSST-1 (76 per cent), some (24 per cent) did not. Seve
n of 53 children (13 per cent) developed a toxic shock-like illness wh
ich caused clinical concern. S. aureus was isolated from the wounds of
five of the children but only one child (patient 4, who was TSST-1 an
tibody positive) had a TSST-1 producing isolate of S. aureus in his wo
und. Three children who had an uneventful postburn recovery had a TSST
-1-producing isolate in their wounds. Clinical diagnosis of a toxin-li
ke illness was not supported by evidence of the TSST-1-producing S. au
reus isolate. Other staphylococcal enterotoxins as well as toxins from
other species may have played a role in the development of illness in
the other six patients.