1887

Abstract

The 34 734-bp integrative and potentially conjugative element (putative ICE) ICE has been previously found to be site-specifically integrated in the 3′ end of the locus of CNRZ368. Four types of genomic islands related to ICE are integrated in the same position in seven other strains of . One of these elements, ICE, harbours conjugation and recombination modules closely related to those of ICE and excises by site-specific recombination. Two other types of elements, CIME19258 and CIME302, are flanked by site-specific attachment sites closely related to and of ICE and ICE, whereas ΔCIME308 only possesses a putative site; none of these three elements carry complete conjugation and recombination modules. ICE contains a functional internal recombination site, ′, that is almost identical to of CIME19258. The recombination between ′ and of ICE leads to the excision of the expected circular molecule (putative ICE); a -mobilizable element (CIME) flanked by an site and an ′ site remains integrated into the 3′ end of . Furthermore, sequences that could be truncated sites were found within ICE, ICE and CIME302. All together, these data suggest that these genomic islands evolved by deletion and tandem accretion of ICEs and CIMEs resulting from site-specific recombination. A model for this evolution is proposed and its application to other genomic islands is discussed.

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2004-04-01
2019-09-15
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