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. 2003 Jan;69(1):533–541. doi: 10.1128/AEM.69.1.533-541.2003

TABLE 2.

Sequence similarity of the PCR products amplified by using the Legionella-specific LEG-448 and LEG-858 primers for the 16S rRNA genes of 27 clones from reservoir, storage tank, headwater, sand column (top, middle, and bottom layers), and outflow water samples from the experimental SSF unit

SSF clonea Most closely related Legionella speciesb % Similarity Sero- group(s)c
ofw-23 L. birminghamensis 96.0 1
ofw-24 L. birminghamensis 95.8 1
ofw-15 L. erythra 95.4 1 and 2
ofw-35 L. erythra, L. rubrilucens, L. quinlivanii 93.7 1 and 2
ofw-37 L. lytica 96.7 1
Middle layer L. maceachernii 97.9 1
ofw-5 L. maceachernii 97.9 1
ofw-14 L. maceachernii 97.4 1
ofw-31 L. maceachernii 97.9 1
ofw-33 L. maceachernii 97.9 1
ofw-7 L. macdadei 95.1 1
Top layer L. parisiensis 97.4 1
Bottom layer L. parisiensis 97.4 1
Storage tank L. parisiensis 96.0 1
Reservoir L. parisiensis 97.4 1
Headwater L. parisiensis 97.2 1
ofw-20 L. parisiensis 97.4 1
ofw-21 L. parisiensis 97.4 1
ofw-30 L. parisiensis 97.2 1
ofw-36 L. parisiensis 97.4 1
ofw-39 L. parisiensis 97.4 1
ofw-17 L. pneumophila 96.5 1
ofw-22 L. pneumophila 96.0 1
ofw-13 L. quinlivanii 99.3 1
ofw-27 L. quinlivanii 92.5 1
ofw-28 Legionella-like amoebal pathogen 1 99.0
ofw-34 Legionella-like amoebal pathogen 1 99.3
a

ofw, outflow water.

b

Sequences were obtained from the Ribosomal Database Project II (34) and the EMBL DNA database (52). L. birminghamensis, L. macdadei, and L. pneumophila were isolated from hospital patients. L. erythra, L. rubrilucens, L. quinlivanii, and L. maceachernii were isolated from environmental samples. L. lytica and Legionella-like amoebal pathogen 1 were isolated from free-living amoebae. L. parisiensis was isolated from environmental samples and hospital patients.

c

Serogroups associated with diseases.