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Table 3 Bacterial strains and plasmids used in this study

From: Transcriptome profiling of a curdlan-producing Agrobacterium reveals conserved regulatory mechanisms of exopolysaccharide biosynthesis

Strain/Plasmid

Description

Source

JM109

E. coli K12 strain used for cloning

Promega

ATCC 31749

Curdlan-producing Agrobacterium sp. (wild-type)

ATCC

ATCC 31749ΔnifR

ATCC 31749 mutant with gene knockout of nifR

This study

ATCC 31749Δppx1

ATCC 31749 mutant with gene knockout of ppx1 (AGRO_2774)

This study

ATCC 31749Δppx2

ATCC 31749 mutant with gene knockout of ppx2 (AGRO_2552)

This study

ATCC 31749ΔrpoN

ATCC 31749 mutant with gene knockout of rpoN

This study

ATCC 31749ΔrrpP

ATCC 31749 mutant with gene knockout of rrpP

This study

ATCC 31749ΔrelA/spoT

ATCC 31749 mutant with gene knockout of AGRO_1497

This study

ATCC 31749Δ0033

ATCC 31749 mutant with gene knockout of AGRO_0033

This study

ATCC 31749Δ0636

ATCC 31749 mutant with gene knockout of AGRO_0636

This study

ATCC 31749Δ1729

ATCC 31749 mutant with gene knockout of AGRO_1729

This study

ATCC 31749Δ3967

ATCC 31749 mutant with gene knockout of AGRO_3967

This study

DH5α/pUCP30T

E. coli strain containing suicide vector

H. Schweitzer

pGEM-T easy

Vector used for cloning internal gene fragments

Promega

pUCP30T-nifR

Gene knockout plasmid for interruption of nifR

This study

pUCP30T-ppx1

Gene knockout plasmid for interruption of ppx1 (AGRO_2774)

This study

pUCP30T-ppx2

Gene knockout plasmid for interruption of ppx2 (AGRO_2552)

This study

pUCP30T-rpoN

Gene knockout plasmid for interruption of rpoN

This study

pUCP30T-rrpP

Gene knockout plasmid for interruption of rrpP

This study

pUCP30T-spoT

Gene knockout plasmid for interruption of spoT

This study

pUCP30T-0033

Gene knockout plasmid for interruption of AGRO_0033

This study

pUCP30T-0636

Gene knockout plasmid for interruption of AGRO_0636

This study

pUCP30T-1729

Gene knockout plasmid for interruption of AGRO_1729

This study

pUCP30T-3967

Gene knockout plasmid for interruption of AGRO_3967

This study