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Table 3 Common orthologous genes identified as positive selected and shared by KT99 and SS9

From: Protein evolution in deep sea bacteria: an analysis of amino acids substitution rates

N°

KT99 Function

Locus Tag

COG

q (%)

1

Molybdenum ABC Transporter, Permease Protein

KT99_02056

4149P

10.0

2

Hypothetical Protein

KT99_20194

-

0.0

3

Phosphoribosylaminoimidazole Carboxylase, Catalytic Subunit

KT99_17021

0041F

0.0

4

Dithiobiotin Synthetase

KT99_10643

0132H

4.9

5

Uracil Permease

KT99_16519

2233F

0.0

6

TonB2 Protein

KT99_09573

0810M

10.0

7

Primosomal Replication Protein N, Putative

KT99_00710

-

7.0

8

Methylated DNA-Protein Cysteine Methyltransferase

KT99_15170

0350L

7.0

9

NADH Dehydrogenase

KT99_13367

1252C

0.0

10

Succinate-Semialdehyde Dehydrogenase

KT99_19874

1012C

0.0

11

MSHA Biogenesis Protein MshL

KT99_07703

1450NU

10.0

12

RND Multidrug Efflux Transporter MexF

KT99_04334

0841V

10.0

N°

SS9 Function

Locus Tag

COG

q (%)

1

Putative Phosphate ABC Transporter, Permease Protein

PBPRA1392

0581P

4.3

2

Hypothetical Protein

PBPRA2020

-

4.8

3

Hypothetical Phosphoribosylaminoimidazole Carboxylase, Catalytic Subunit

PBPRA3574

0041F

0.0

4

Dithiobiotin Synthetase

PBPRA2326

0132H

8.3

5

Putative Xanthine/Uracil Permease

PBPRA0186

2233F

8.3

6

Hypothetical TonB Protein

PBPRA2103

0810M

4.4

7

Hypothetical Primosomal Replication Protein N

PBPRA1010

-

8.3

8

Hypothetical Methylated DNA-Protein Cysteine Methyltransferase

PBPRB0210

0350L

4.3

9

Putative Nitrite Reductase (NAD(P)H), Large Subunit

PBPRA1428

1251C

8.3

10

Putative Succinylglutamate 5-Semialdehyde Dehydrogenase

PBPRA0291

1012C

3.3

11

Hypothetical Flp Pilus Assembly Protein

PBPRA2496

4964U

3.3

12

Putative Multidrug Resistance Protein

PBPRA2721

0841V

4.3

  1. In the first column orthologs are ordered correspondingly in the two families. The NCBI annotation, locus tag, COG categories and SAM significance q-value are reported in columns 2–5. q-value is obtained from SAM software and it is the lowest False Discovery Rate at which the gene is called significant.