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Table 1 Genes associated with pH homeostasis, chemotaxis, adhesion to epithelial cells, and oxidative stress resistance in the genome of H. suis type strain 1 (HS1T) and H. suis strain 5 (HS5).

From: Genome sequence of Helicobacter suis supports its role in gastric pathology

Group

Gene detected in HS1T

Gene detected in HS5

Description of homolog

Percentage of sequence aligned (of which % conserved) with described homolog1

pH homeostasis

HSUHS1_0708

HSUHS5_0286

Urease subunit alfa (ureA) of H. heilmannii

100 (94)

 

HSUHS1_0707

HSUHS5_0285

Urease subunit beta (ureB) of H. heilmannii

100 (94)

 

HSUHS1_0706

HSUHS5_0284

Urease transporter (ureI) of H. felis

100 (89)

 

HSUHS1_0705

HSUHS5_0283

Urease accessory protein (ureE) of H. bizzozeronnii

100 (84)

 

HSUHS1_0704

HSUHS5_0282

Urease accessory protein (ureF) of H. bizzozeronnii

100 (84)

 

HSUHS1_0702

HSUHS5_0280

Urease accessory protein (ureH) of H. bizzozeronnii

96 (84)

 

HSUHS1_0703

HSUHS5_0281

Urease accessory protein (ureG) of H. bizzozeronnii

100 (95)

 

HSUHS1_0133

HSUHS5_0547

Hydrogenase expression/formation protein (hypA) of H. pylori

98 (83)

 

HSUHS1_0615

HSUHS5_0817

Hydrogenase expression/formation protein (hypB) of H. pylori

99 (91)

 

HSUHS1_0616

HSUHS5_0816

Hydrogenase expression/formation protein (hypC) of H. pylori

98 (89)

 

HSUHS1_0617

HSUHS5_0815

Hydrogenase expression/formation protein (hypD) of H. achinonychis

98 (80)

 

HSUHS1_0081

HSUHS5_1197

l-Asparaginase II (ansB) of H. pylori

98 (64)

 

HSUHS1_0230

HSUHS5_1130

Arginase (rocF) of H. pylori

99 (75)

 

HSUHS1_0888

HSUHS5_0231

Acylamide amidohydrolase (amiE) of H. pylori

100 (93)

 

HSUHS1_0680

HSUHS5_0265

Formamidase (amiF) of H. pylori

100 (98)

 

HSUHS1_0161

HSUHS5_1077

α-Carbonic anhydrase of H. pylori

92 (69)

 

HSUHS1_0391

HSUHS5_0874

Aspartase (aspA) of H. acinonychis

100 (89)

Chemotaxis

HSUHS1_1004

HSUHS5_0649

CheA-MCP interaction modulator of H. pylori

99 (79)

 

HSUHS1_1003

-

Bifunctional chemotaxis protein (cheF) of H. pylori

82 (86)

 

HSUHS1_1002

HSUHS5_0775

Purine-binding chemotaxis portein (cheW) of H. pylori

98 (91)

 

HSUHS1_0538

HSUHS5_0706

Chemotaxis protein (cheV) of H. pylori

100 (92)

 

HSUHS1_0846

HSUHS5_0081

Putative chemotaxis protein of H. pylori

100 (79)

 

HSUHS1_0299

HSUHS5_0250

Chemotaxis protein (cheY) of H. pylori

100 (95)

 

HSUHS1_1001

HSUHS5_0774

Methyl-accepting chemotaxis protein (tlpA) of H. pylori

100 (60)

 

HSUHS1_0286

HSUHS5_0256

Methyl-accepting chemotaxis protein ( tlpB) of H. pylori

98 (63)

 

HSUHS1_0479

HSUHS5_0476

Methyl- accepting chemotaxis protein of H. acinonychis

100 (66)

 

HSUHS1_0196

HSUHS5_0122

Methyl- accepting chemotaxis protein of Campylobacter upsaliensis 2

99 (53)

 

HSUHS1_0141

HSUHS5_0641

Methyl- accepting chemotaxis protein of Campylobacter fetus subsp. fetus 2

99 (64)

 

HSUHS1_0763

-

Methyl- accepting chemotaxis protein of Methylibium petroleiphilum 2

83 (52)

 

HSUHS1_0944

HSUHS5_0990

Methyl-accepting chemotaxis sensory transducer Marinomonas sp.2

57 (59)

Adhesion

HSUHS1_0666

HSUHS5_1053

Outer membrane protein (horB) of H. pylori

100 (63)

 

HSUHS1_0354

HSUHS5_0398

Neuraminyllactose-binding hemagglutinin (hpaA) of H. acinonychis

94 (77)

Oxidative stress resistance

HSUHS1_1147

HSUHS5_0608

Catalase (katA) of H. acinonychis

95 (82)

 

HSUHS1_0549

HSUHS5_1206

Mismatch repair ATPase (mutS) of H. hepaticus

99 (60)

 

HSUHS1_0163

HSUHS5_0495

Superoxide dismutase (sodB) of H. pylori

100 (90)

 

HSUHS1_1186

HSUHS5_0005

Bacterioferritin co-migratory protein of H. hepaticus

99 (72)

 

HSUHS1_0683

HSUHS5_0262

NAD(P)H quinone reductase (mdaB) of Campylobacter fetus subsp. fetus

97 (68)

 

HSUHS1_0689

HSUHS5_0268

Peroxiredoxin of H. pylori 3

100 (92)

  1. 1 Resulting from tblastn-based cross-mapping of the H. pylori proteome to the H. suis HS1T and HS5 genomes and blastp-based ab initio analyses of the translated H. suis HS1T and HS5 ORFs against the Uniprot-KB universal protein database. Differences between HS1T and HS5 homologs ≤ 1%.
  2. 2 Lacking in other Helicobacter genomes available at GenBank.
  3. 3 Member of the 2-Cys peroxiredoxin superfamily.