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| Exe T2SS |
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Essential for secretion of many virulence factors, such as aerolysin, proteases, haemolysin and DNase. ... |
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| Exe T2SS |
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Essential for secretion of many virulence factors, such as aerolysin, proteases, haemolysin and DNase. ... |
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| Exe T2SS |
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Essential for secretion of many virulence factors, such as aerolysin, proteases, haemolysin and DNase. ... |
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lsp T2SS
(Type II secretion system) |
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This secretion system is encoded on 5 regions scattered over the chromosome in contrast to most other bacteria where the type II genes are clustered in one or two regions. ... |
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lsp T2SS
(Type II secretion system) |
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This secretion system is encoded on 5 regions scattered over the chromosome in contrast to most other bacteria where the type II genes are clustered in one or two regions. ... |
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lsp T2SS
(Type II secretion system) |
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This secretion system is encoded on 5 regions scattered over the chromosome in contrast to most other bacteria where the type II genes are clustered in one or two regions. ... |
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lsp T2SS
(Type II secretion system) |
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This secretion system is encoded on 5 regions scattered over the chromosome in contrast to most other bacteria where the type II genes are clustered in one or two regions. ... |
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T2SS
(Type II secretion system) |
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T2SS encoded by genes of the general secretion pathway (gsp) is widely distributed in Gram-negative bacteria. The known E.coli T2SS, responsible for chitinase secretion, encoded by the yhe genes at 74.5 min of the MG1655 chromosome is absent in all four sequenced Shigella genomes. A novel set of gsp genes are located on the S. dysenteriae Sd197 and S. boydii Sb227 chromosomes. The Sb227 T2SS is likely to be inactive due to a frameshift in gspC and a nonsense mutation in gspD. Those genes show significant similarity to those from ETEC and Vibrio cholerae responsible for secreting the E.coli heat labile toxin (Ltx) and cholera toxin (Ctx), respectively. While Shiga toxin has an overall similar structure to Ctx and Ltx. ... |
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T2SS
(Type II secretion system) |
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T2SS encoded by genes of the general secretion pathway (gsp) is widely distributed in Gram-negative bacteria. The known E.coli T2SS, responsible for chitinase secretion, encoded by the yhe genes at 74.5 min of the MG1655 chromosome is absent in all four sequenced Shigella genomes. A novel set of gsp genes are located on the S. dysenteriae Sd197 and S. boydii Sb227 chromosomes. The Sb227 T2SS is likely to be inactive due to a frameshift in gspC and a nonsense mutation in gspD. Those genes show significant similarity to those from ETEC and Vibrio cholerae responsible for secreting the E.coli heat labile toxin (Ltx) and cholera toxin (Ctx), respectively. While Shiga toxin has an overall similar structure to Ctx and Ltx. ... |
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Eps T2SS
(Extracellular protein secretion) |
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V. cholerae causes diarrhea by T2SS-dependent secretion of cholera toxin. V. cholerae exports, via the T2SS, other extracellular factors, including chitinases, proteases, DNase, and pilin, which aid in its ability to successfully occupy diverse ecological niches. Eps T2SS also secretes the three proteins RbmA, RbmC, and Bap1, which are necessary for robust, shear-resistant biofilm formation. ... |
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