. 2013 Dec 23;8(12):e83564. doi: 10.1371/journal.pone.0083564

Table 1. Bacterial strains and plasmids used in this study.

Strains and plasmids	Relevant characteristics	Reference or source
Agrobacterium NT1(pZLR4)	A. tumefaciens C58 derivativeexpressing traR and traG-lacZ, AHL-bioindicator	[42]
Agrobacterium pTi-donor	A. tumefaciens C58 derivative with pTiC58ΔaccRΔtraIKm	[45]
A. tumefaciens C58-00	A. tumefaciens C58 derivative, cured of its plasmids, recipient strain	Lab collection, CNRS, Gif-sur-Yvette
Chromobacterium violaceum CV026	C. violaceum ATCC 31532derivative, violacein producer, AHL-bioindicator	[41]
Escherichia coli JLD271	K-12 derivativeΔlacX74sdiA271::Cam	[21]
Pseudomonas aeruginosa PAO1	Wild-type	http://www.pseudomonas.med.ecu.edu/
pβ01	pQF50-derivative, P_lasB-lacZ	[51]
pβ02	pQF50-derivative,P_rhlA-lacZ	[51]
pLPR1	pLP170-derivative, P_rhlI-lacZ	[52]
pPCS223	pLP170-derivative, P_lasI-lacZ	[52]
pPCS1001	pLP170-derivative, P_lasR-lacZ	[53]
pPCS1002	pLP170-derivative,P_rhlR-lacZ	[53]
pAL101	pSB401-derivative, rhlR⁺rhlI::luxCDABE	[21]
pAL102	pSB401-derivative, rhlI::luxCDABE	[21]
pAL105	pSB401-derivative, lasR⁺lasI::luxCDABE	[21]
pAL106	pSB401-derivative, lasI::luxCDABE	[21]
pTB4124	pQF50-derivative, P_aceA-lacZ	[20]