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Table 1 Functions under-represented in wasp ovaries in response to Wolbachia infection

From: Influence of Wolbachiaon host gene expression in an obligatory symbiosis

 

Biological process

GO

A

S

A/S

1+2

OA1, level 3

autophagy

GO:0006914

0,07

0,01

7,00

 

(n = 95)

interspecies interaction between organisms

GO:0044419

0,12

0,02

6,00

 
 

stem cell maintenance

GO:0019827

0,05

0,02

2,50

*

 

temperature homeostasis

GO:0001659

0,02

0,01

2,00

*

 

mRNA splice site selection

GO:0006376

0,26

0,13

2,00

 
 

muscle attachment

GO:0016203

0,26

0,14

1,86

 
 

reproductive developmental process

GO:0003006

0,52

0,3

1,73

 
 

generation of precursor metabolites and energy

GO:0006091

3,23

2,16

1,50

 
 

biosynthetic process

GO:0009058

13,08

9,27

1,41

 
 

cellular component organization and biogenesis

GO:0016043

17,84

16,46

1,08

 
 

ensheathment of neurons

GO:0007272

0,02

0

-

 
 

transposition

GO:0032196

0,05

0

-

*

OA2, level 3

temperature homeostasis

GO:0001659

0,17

0,01

17,00

*

(n = 16)

stem cell maintenance

GO:0019827

0,06

0,02

3,00

*

 

transposition

GO:0032196

0,03

0

-

*

 

Molecular function

GO

A

S

A/S

1+2

OA1, level 4

chaperone binding

GO:0051087

0,12

0,02

6,00

*

(n =105)

glutathione peroxidase activity

GO:0004602

0,16

0,04

4,00

 
 

cell adhesion molecule binding

GO:0050839

0,14

0,04

3,50

 
 

oxidoreductase activity, acting on superoxide radicals as acceptor

GO:0016721

0,05

0,02

2,50

 
 

transferase activity, transferring alkyl or aryl (other than methyl) groups

GO:0016765

0,26

0,11

2,36

*

 

flavine monoNucleotid binding

GO:0010181

0,09

0,04

2,25

 
 

protein transmembrane transporter activity

GO:0008320

0,68

0,33

2,06

 
 

lipoprotein binding

GO:0008034

0,02

0,01

2,00

*

 

oxidoreductase activity, acting on peroxide as acceptor

GO:0016684

0,16

0,08

2,00

 
 

transferase activity, transferring sulfur-containing groups

GO:0016782

0,02

0,01

2,00

 
 

phosphopantetheine binding

GO:0031177

0,16

0,08

2,00

 
 

lipoic acid binding

GO:0031405

0,14

0,07

2,00

 
 

ice binding

GO:0050825

0,02

0,01

2,00

*

 

substrate-specific transmembrane transporter activity

GO:0022891

5,07

2,89

1,75

 
 

translation elongation factor activity

GO:0003746

1,3

0,79

1,65

 
 

heme-copper terminal oxidase activity

GO:0015002

1,04

0,67

1,55

 
 

oxidoreductase activity, acting on heme group of donors

GO:0016675

1,04

0,67

1,55

 
 

oxidoreductase activity, acting on NADH or NADPH

GO:0016651

1,01

0,7

1,44

 
 

hydrolase activity, acting on acid anhydrides

GO:0016817

7,45

5,25

1,42

 
 

active transmembrane transporter activity

GO:0022804

1,37

0,98

1,40

 
 

electron carrier activity

GO:0009055

1,44

1,04

1,38

 
 

fatty acid binding

GO:0005504

0,24

0

-

*

 

pheromone binding

GO:0005550

0,05

0

-

 
 

polysaccharide binding

GO:0030247

0,02

0

-

*

OA2, level 4

ice binding

GO:0050825

0,17

0,01

17,00

*

(n = 92)

chaperone binding

GO:0051087

0,08

0,02

4,00

*

 

oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen

GO:0016705

0,62

0,19

3,26

 
 

lipoprotein binding

GO:0008034

0,03

0,01

3,00

*

 

transferase activity, transferring sulfur-containing groups

GO:0016782

0,03

0,01

3,00

*

 

thiamin pyrophosphate binding

GO:0030976

0,03

0,01

3,00

 
 

monooxygenase activity

GO:0004497

0,68

0,24

2,83

 
 

fatty acid binding

GO:0005504

0,03

0

-

*

 

polysaccharide binding

GO:0030247

0,06

0

-

*

 

protein self-association

GO:0043621

0,06

0

-

 
  1. GO terms represented differently in libraries from aposymbiotic (A) and symbiotic (S) ovaries (Pi3 strain). The proportion of ESTs related to each GO function is indicated in the OA libraries (OA1 and OA2) and in the reference library (OS). Functions are sorted relative to their A/S ratio, representing the enrichment percentage in the OA library compared to the OS library. An asterisk indicates a function over-represented in both OA1 and OA2 libraries.