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3H5 |
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Yes | Yes | No | N/A | N/A |
7A8 |
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Yes | Yes | DJ-1/PfpI family protein | Caulobacter crescentus | Thiamine biosynthesis? Protease? Transcriptional regulator? |
7D1 |
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Yes | Yes | Yes (tandemly duplicated in Db11) | Salmonella typhimurium & Yersinia pestis* | Unknown |
7E7 |
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Yes | Yes | Yes | Yersinia pestis | Galactose operon repressor |
7F1 |
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Yes | Yes | Amino oxidase | Pseudomonas aeruginosa & Ralstonia metallidurans* | Unknown |
8C7 |
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Yes | Yes | No | N/A | N/A |
8E2 |
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Yes | Yes | Between protease & protein of unknown function | Yersinia pestis | Unknown |
8E11 |
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No | ||||
8G1 |
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Yes | Yes | Yes | Xanthomonas axonopodis | Two-component system sensor protein |
8H1 |
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Yes | Yes | Between two Mg(2+) transport ATPases | Yersinia pestis | Magnesium transport & Virulence |
10E5 |
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Yes | Yes | Ferrisiderophore receptor | Yersinia pestis | Iron transport & Virulence |
10F7 |
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Yes | Yes | No | N/A | N/A |
10H1 |
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Yes | Yes | Between isochorismate synthase & phosphopantetheinyl transferase | Pseudomonas fluorescens & Yersinia pestis | Iron transport & Virulence |
10H4 |
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Yes | Yes | Yes | Escherichia coli | Unknown |
18D4 |
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Yes | Yes | No | N/A | N/A |
18F3 |
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Yes | Yes | UDP-glucose 4-epimerase | Edwardsiella ictaluri | O-antigen biosynthesis & Virulence |
20C2 |
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Yes | Yes | ABC transporter | Escherichia coli | LPS biosynthesis & Virulence |
21C1 |
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Yes | Yes | ATPase | Escherichia coli | Unknown |
21C4 |
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Yes | Yes | Upstream of shlAB operon | Hemolysin production & Virulence | |
22D4 |
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Yes | Yes | Chaperone ibpB | Yersinia pestis | Superoxide resistance |
22D9 |
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Yes | Yes | Yes (tandemly duplicated in Db11) | Salmonella typhimurium & Yersinia pestis* | Unknown |
23C11 |
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No | ||||
23E6 |
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Yes | Yes | Between yjcD and yjcE homologues | Yersinia pestis | Unknown |
wt : Not attenuated - : Weakly attenuated -- : Attenuated --- : Strongly attenuated For 10E5 the weak attenuation seen during the infection was dependent upon the worm's genotype. An attenuation was seen with the sterile mutant fer-15, but not with wild type worms. N/A: Not applicable Regarding the closest homologues, in some cases the genes are found in multiple bacterial species. For others, marked by an asterisk, homologues were only detected in the indicated one or two species.