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Table 2 Orthologous groups (OGs) unique to Pseudomonas syringae clade 2b-a. The significant OGs were determined by the GWAS conducted with Scoary. The annotation shows the function, domain or associated protein according to NCBI, InterProScan or Foldseek. The Cluster of orthologous groups of proteins (COG) category shows the protein function of the OGs as predicted by EggNOG-mapper. The region of genome plasticity (RGP) results from Fig. 6 are included to show where these OGs are positioned in the P. syringae 77-4C

From: Comparative genomics and genomic diversity of Pseudomonas syringae clade 2b-a in Australia

Orthologous groupa

Annotation/domain

RGP locationb

COG categoryc

ycf3

SMEK domain-containing protein

RGP_15

D

group_7141

SEC-C domain containing protein

RGP_15

S

group_7142

hypothetical protein

RGP_15

-

rep_2

UvrD-helicase domain containing protein

RGP_15

-

group_7144

hypothetical protein

RGP_15

S

group_7145

TauD/TfdA family dioxygenase

RGP_15

-

group_7146

hypothetical protein

RGP_15

-

ravA

ATPase

RGP_32

-

group_7115

bpX5 domaind

RGP_32

V

group_7116

6ND4e

RGP_32

-

group_7117

bpX6 domain containing protein

RGP_32

S

group_7138

Restriction endonuclease subunit S

RGP_13

-

group_7206

YrhB domain-containing protein

RGP_6

L

group_7088

ATPase

RGP_18

-

group_7089

DUFF2280 domain containing protein

RGP_18

Q

group_7091

hypothetical protein

RGP_18

-

group_7092

hypothetical protein

RGP_18

-

group_7179

Excisionase

RGP_20

S

group_7180

hypothetical protein

RGP_20

-

group_3605

ATPase

RGP_20

L

group_7174

hypothetical protein

RGP_3

-

group_7200

hypothetical protein

Not available

S

  1. aOrthologous group names were generated from Roary
  2. bRGP location based on the reference genome of 77-4C in Fig. 6
  3. cCOG category: (D: cell cycle control, cell division, chromosome partitioning; L: replication, recombination and repair; Q: secondary metabolites biosynthesis, transport and catabolism; S: function unknown; V: defence mechanism; -: not available in database)
  4. ddomain predicted using InterProScan
  5. eprotein structure was predicted using AlphaFold and homologous structures were identified using Foldseek with the RCSB PDB database