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| Type III secretion system (T3SS) (total related VFs in database, current show from 101 to 110) |
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| TTSS secreted effectors |
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P. aeruginosa TTSS translocated effectors. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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| TTSS (SPI-1 encode) |
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TTSS injectisome is composed of a multi-ring base anchored to the outer membrane through the outer rings 1 and 2 and to the inner membrane through the inner rings 1 and 2. An inner rod, composed of the protein PrgJ, traverses the base and joins the needle substructure, composed of a single protein, PrgI, at the apical side. The base is composed of three proteins, namely InvG, PrgH and PrgK. ... |
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