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| TTSS secreted effectors |
 |
cif (Type III secretion system effector Cif, cyclomodulin). espF (Type III secretion system effector EspF). ... |
|
| TTSS secreted effectors |
|
espB (EspB). espD (EspD). espF (EspF). espV (type III secretion system effector). ... |
|
| TTSS secreted effectors |
|
cif (Type III secretion system effector Cif, cyclomodulin). espF (Type III secretion system effector EspF). ... |
|
| TTSS secreted effectors |
|
cif (Type III secretion system effector Cif, cyclomodulin). espF (Type III secretion system effector EspF). ... |
|
| TTSS secreted effectors |
|
cif (Type III secretion system effector Cif, cyclomodulin). espF (Type III secretion system effector EspF). ... |
|
| TTSS secreted effectors |
|
cif (Type III secretion system effector Cif, cyclomodulin). espF (Type III secretion system effector EspF). ... |
|
| TTSS secreted effectors |
|
cif (Type III secretion system effector Cif, cyclomodulin). espF (Type III secretion system effector EspF). ... |
|
TTSS
(Type III secretion system) |
|
The genes encoding the TTSS are clustered together and have been designated psc, pcr, exs and pop genes. The psc and prc genes primarily encode components of the bacterial secretion apparatus whereas the exs gene products are involved in regulation of this TTSS. Two pop genes encode proteins (PopB and PopD) that are essential for the translocation of the effectors into host cells. ... |
|
TTSS
(Type III secretion system) |
|
The genes encoding the TTSS are clustered together and have been designated psc, pcr, exs and pop genes. The psc and prc genes primarily encode components of the bacterial secretion apparatus whereas the exs gene products are involved in regulation of this TTSS. Two pop genes encode proteins (PopB and PopD) that are essential for the translocation of the effectors into host cells. ... |
|
| TTSS secreted effectors |
|
P. aeruginosa TTSS translocated effectors. ... |
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