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TTSS
(Type III secretion system) |
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Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
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TTSS
(Type III secretion system) |
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Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
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TTSS
(Type III secretion system) |
|
Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
|
TTSS
(Type III secretion system) |
|
Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
|
TTSS
(Type III secretion system) |
|
Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
|
TTSS
(Type III secretion system) |
|
Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
|
TTSS
(Type III secretion system) |
|
Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
|
TTSS
(Type III secretion system) |
|
Type III secretion genes of Proteobacteria are usually tightly clustered in a pathogenicity island or on a plasmid, suggesting that they can be horizontally transferred as a unit. But chlamydial type III secretion loci are dispersed in at least three different chromosomal locations. The G+C contents of these loci, are similar to the overall G+C content of the genome, suggesting that the type III system has been present in chlamydiae for a long time and has been essential to their parasitic lifestyle. On the basis of this loose retainment of operon organization and the significant divergence from other type III systems, it has been postulated an ancient acquisition of the type III system by chlamydiae. ... |
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| TTSS secreted effectors |
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Type III secretion system effectors. ... |
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| TTSS secreted effectors |
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Type III secretion system effectors. ... |
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