|
Vibrio fischeri LuxI/LuxR: Bioluminescence |
13,14 |
| Sending |
LuxI synthesizes AHL |
13 |
| Receiving |
AHL binds LuxR, probably drives dimerization |
12 |
| Feedback |
luxI expression activated by LuxR-AHL |
13 |
| Regulation |
luxR expression catabolite-repressed via CRP |
5 |
|
Agrobacterium tumefaciens TraI/TraR: Ti plasmid conjugation |
15,16 |
| Sending |
TraI synthesizes AHL |
17 |
| Receiving |
AHL reversibly binds TraR, drives dimerization |
17 |
| Feedback |
traI and traR expression activated by TraR-AHL |
15 |
| Regulation |
traR expression octopine-responsive |
15 |
|
Pseudomonas aeruginosa LasI/LasR: Biofilm formation; virulence |
18 |
| Sending |
LasI synthesizes 3O-C12-HSL |
18 |
| Receiving |
3O-C12-HSL reversibly binds LuxR, drives multimerization |
19 |
| Feedback |
lasI expression activated by LasR-3O-C12-HSL |
20 |
| Regulation |
lasR expression regulated by a two-component system |
4 |
|
Pseudomonas aeruginosa RhlI/RhlR: Biofilm formation; virulence |
18 |
| Sending |
RhlI synthesizes C4-HSL |
18 |
| Receiving |
C4-HSL reversibly binds RhlR homodimer |
21 |
| Feedback |
rhlI expression activated by RhlR-C4-HSL |
22 |
| Regulation |
rhlR expression activated by LasR-3O-C12-HSL |
21 |
