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Table 2 Macrophage-enriched GPCRs.

From: Expression analysis of G Protein-Coupled Receptors in mouse macrophages

   

Relative Normalised Expression

Receptor Class

Accession Number

Gene Name

BMM

TEPM

RAW264.7

Enriched in both BMM and TEPM

Class A

     
 

NM_009779

C3ar1

1361.1

683.6

58.3

 

NM_007577

C5r1

822.6

25.6

10.5

 

NM_183168

P2ry6

434.0

94.0

196.4

 

NM_009917

Ccr5

214.2

20.5

0.6

 

NM_021476

Cysltr1

208.9

12.5

40.6

 

NM_004230

Edg5

30.2

69.3

6.6

 

NM_008967

Ptgir

24.7

72.1

1.7

 

NM_009924

Cnr2

14.2

27.2

6.7

 

NM_009912

Ccr1

14.1

235.1

16.3

 

NM_145700

Ccrl1

11.1

26.6

12.7

 

NM_008964

Ptger2

10.7

34.4

0.8

Class B

     
 

NM_010130

Emr1

190

22.2

28.3

Enriched in BMM

Class A

     
 

NM_183031

Ebi2

113.5

6.1

245.2

 

NM_009915

Ccr2

92.1

1.2

1.3

 

NM_030720

Gpr84

77.5

0.6

2.7

 

NM_008042

Fprl1

32.0

1.0

0.8

 

NM_008152

Gpr65

29.3

9

6.6

 

NM_009910

Cxcr3

26.3

1.1

7.6

 

NM_007420

Adrb2

22.1

1.3

9.3

 

NM_145066

Gpr85

13.7

1.7

7.6

 

NM_009987

Cx3cr1

11.3

0.7

61.4

Class B

     
 

NM_018782

Calcrl

45.6

1.1

6.1

Enriched in TEPM

Class A

NM_009911

Cxcr4

4.3

178.9

0.6

 

NM_017466

Ccrl2

3.1

154.9

1.1

 

NM_021381

Prokr1

1.0

36.6

0.7

 

NM_022320

Gpr35

2.5

22.0

0.4

 

NM_008311

Htr2b

1.1

19.9

0.5

 

NM_008773

P2ry2

8.5

19.2

1.5

 

NM_133200

P2ry14

4.0

18.4

0.4

 

NM_175493

Gpr68

0.9

17.9

9.3

 

NM_008772

P2ry1

4.4

10.6

0.6

Class B

     
 

NM_011925

Cd97

0.4

22.9

0.2

Class C

     
 

NM_022420

Gprc5b

0.6

60.6

0.6

  1. Micro-array analysis was used to identify GPCRs that were highly enriched in primary mouse macrophages (BMM and TEPM). GPCRs identified as highly enriched in BMM or TEPM were defined as GPCRs where the normalised value was as least 10-fold greater and significantly different (p-value < 0.05, Student's two-tailed t-test) from the median expression across all cell types. GPCRs are grouped according to their class type on the basis of sequence similarity as previously described [65–67].