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Table 1 Bacterial Strains used in this work and their TFX phenotype (production, resistance, and sensitivity). Overproduction of TFX occurs when the TFX production is conferred using a multi-copy, broad host range plasmid such as pT2TFXK.

From: Expression of a crown gall biological control phenotype in an avirulent strain of Agrobacterium vitis by addition of the trifolitoxin production and resistance genes

Strain

Characteristics

Reference

Rhizobium

  

T24

R. leguminosarum bv. trifolii, TFX producing strain

28

T24::Tn5-1

TFX non-producing mutant, Tn5 insertion in tfxB

10

CE3(pT2TFXK)

R. etli. Contains TFX-encoding plasmid, overproduces TFX

20

CE3(pT2TX3K)

Plasmid contains tfxA deletion, non-TFX producing strain

20

ANU794

R. leguminosarum bv. trifolii, TFX-sensitive

29

ANU794(pT2TX3K)

TFX-resistant

This work

Agrobacterium vitis

  

F2/5

Biological control on grapevine, no control on other host-plant species, TFX-resistant

30

F2/5(pT2TFXK)

Contains TFX-encoding plasmid, produces TFX, TFX-resistant

This work

F2/5(pT2TX3K)

Plasmid contains tfxA deletion, non-TFX producing strain, TFX-resistant

This work

CG49

Tumorigenic, nopaline-type Ti plasmid, controlled by F2/5, sensitive to TFX overproduction

31

CG78

Tumorigenic, vitopine-type Ti plasmid, not controlled by F2/5 co-inoculation, sensitive to TFX overproduction

from TJ Burr

K306

Tumorigenic, octopine-type Ti plasmid, controlled by F2/5, sensitive to TFX overproduction

from TJ Burr

CG107

Tumorigenic, sensitive to TFX overproduction

from TJ Burr

CG113

Tumorigenic, TFX-sensitive

from TJ Burr

CG435

Tumorigenic, TFX-sensitive

from TJ Burr