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Table 1 Brucella strains used.

From: Deletion of the GI-2 integrase and the wbkA flanking transposase improves the stability of Brucella melitensis Rev 1 vaccine

Strain

Characteristics

Source/ reference

B. melitensis H38

B. melitensis smooth virulent strain; S-LPS

CITA collection

H38-NxR

B. melitensis H38 spontaneous mutant resistant to nalidixic acid; challenge studies in mice; S-LPS

This work

Rev 1

B. melitensis smooth attenuated reference vaccine strain; S-LPS

CITA collection

Rev 1ΔwbkA

Rev 1 spontaneous deletion mutant in wbkA (ORF BMEI1398 and BME1412); R-LPS

This work

Rev 1ΔGI-2

Rev 1 spontaneous deletion mutant in GI-2; R-LPS

This work

Rev 1ΔISBm1

Rev 1 in-frame deletion mutant in ISBm-1 transposase gene (ORF BMEI1398 and BME1400); S-LPS

This work

Rev 1Δint

Rev 1 in-frame deletion mutant in GI-2 phage-integrase gene (nucleotides intΔ53–286); S-LPS

This work

Rev 2(ΔISBm1 Δint)

Rev 1 double in-frame deletion mutant in ISBm-1 transposase and GI-2 phage-integrase; S-LPS

This work

Rev 1ΔwbkA/c

Rev 1ΔwbkA rough spontaneous mutant complemented with plasmid pMM14; S-LPS

This work

Rev 1ΔGI-2/wboAB

Rev 1ΔGI-2 rough spontaneous mutant containing the plasmid pMM76; R-LPS

This work

Rev 1ΔGI-2/c

Rev 1ΔGI-2 rough spontaneous mutant complemented with plasmid pBGI-997-99c; S-LPS

This work

  1. S-LPS: smooth lipopolysaccharide; CITA: Centro de Investigación y Tecnología Agroalimentaria of Aragón (Zaragoza, Spain); R-LPS: rough lipopolysaccharide; GI-2: Genomic Island 2.