Skip to main content

Table 1 The genes in genomes of phages ϕA318 and ϕAs51 were annotated to known functions

From: Genome sequences characterizing five mutations in RNA polymerase and major capsid of phages ϕA318 and ϕAs51 of Vibrio alginolyticus with different burst efficiencies

Class

T7

K1E

ϕA318 ORF

Start

End

Function

Aliases

I

gene 0.3?

 

3

1023

1916

gp6 protein

Inhibits EcoB and EcoK host restriction

I

gene 0.7

 

4

1990

2886

protein kinase

 

I

gene 1

gene 7

5

3173

5957

RNA polymerase*

ϕAs51: 3173..4727 and 4615..5955

II

gene 4A

gene 9

9

6997

9093

DNA primase

 

II

gene 5

 

12

10263

12806

gp13

Putative DNA polymerase

II

gene 6

 

19

16306

16599

hypothetical protein

Era10.24 Phage exonuclease 40.13

I

gene 1.3

 

24

19109

20107

gp24

SP6p25 Adenylation_DNA_ligase_like; K1-5 gp24

III

gene 8

gene 29

29

21233

22861

head portal protein

 

III

gene 9

gene 30

30

22861

23769

scaffolding protein

 

III

gene 10B

gene 31

31

23817

24968

major capsid protein*

 

III

gene 11

gene 32

32

25042

25689

tail protein

 

III

gene 12

gene 33

33

25692

28313

tail protein

 
  

gene 34

34

28323

28928

gp34

K1E gp34 internal protein

III

gene 13

gene 36

36

31035

34724

internal virion protein

 

III

gene 17

gene 37

37

34759

35694

gp37

K1E endosialidase adaptor protein; SP6gp38 tail fiber/adaptor

III

gene 18

gene 39

39

35889

36233

hypothetical protein

Era10.45 Phage terminase, small subunit 33.01

III

gene 19

gene 40

40

36233

38107

large terminase subunit

 
   

44

40747

41136

similar to cell wall hydrolyses

 
      

involved in spore germination

 
  1. *Five nucleotide mutations were found in ϕAs51, which can be referred to text.