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Table 3 Gene Families With Potential HGT

From: Identification of multiple independent horizontal gene transfers into poxviruses using a comparative genomics approach

   

Number of HGT events

 

Gene Family

Poxvirus Genera

Family Size ¶

Phylogeny

Gene Order

Reference

Candidate HTgenes identified by PSI-BLAST search

dUTPase

entomo, avi, para, ortho, clade II

137

2 †

*

[51,52]

Glutathione peroxidase

avi, mollusci

42

2 §

2

[11]

GNS1

avi

18

1

1

 

Interleukin-10

avi, para, yata, capri

145

2 †§

≥ 2

[11,25]

Ribonucleotide reductase, large subunit

ortho, sui

90

1

1

[11]

Ribonucleotide reductase, small subunit

croc, avi, or-tho, clade II

178

3 †

2

[11,37]

S1R/CGI-119

ortho

36

1

1 ‡

 

Serpin

avi, ortho, clade II

272

1 §

-

[11,53]

Thymidine kinase

entomo, avi, ortho, clade II

143

? †§

2–3

[29,34]

Candidate HTgenes from the literature

NlpC/P60 peptidase (G6R)

all

  

1

[21]

CD47

ortho, clade II

  

1

[11]

Deoxycytidine kinase

avi

  

1

[11]

Glutaredoxin

ortho

  

1

[11]

Hydroxysteroid dehydro-genase

avi, mollusci, ortho, yata, deer, sui

  

1

[11]

MHC 1

yata, sui, deer

  

1

[11]

Deoxyribodipyrimidine photolyase

entomo, avi, lepori

  

≥ 2

[11]

α(2,3)-sialtransferase

lepori, deer

  

1

[11]

α-soluble NSF attachment protein (SNAP)

avi

  

1

[11]

Profilin

ortho

  

1

[11]

DNA-directed RNA poly-merase, subunit A

all

  

1

[11]

Carbonic anhydrase

ortho, lepori

  

1

[11]

Superoxide dismutase

entomo, ortho, lepori, sui, deer, capri

  

1

[11]

Uracil DNA glycolase

entomo

  

*

[11]

Interferon gamma receptor

ortho, lepori, sui, deer, capri

  

*

[11]

  1. ¶ Poxvirus family members and all homologs identified in PSI-BLAST search
  2. † No bootstrap support (≥ 80%) for critical branches
  3. ‡ Followed by gene duplication
  4. § Previously described as polyphyletic in poxviruses
  5. * Insufficient synteny conservation