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Table 7 Domain accretion in complex eukaryotes

From: A comprehensive evolutionary classification of proteins encoded in complete eukaryotic genomes

 

Hsa

Dme

Ath

Cel

Sce

Spo

Ecu

Hsa

 

<1 × 10-10

<1 × 10-10

<1 × 10-10

<1 × 10-10

<1 × 10-10

<1 × 10-10

 

470

      

Dme

3214

 

2 × 10-1

<1 × 10-10

<1 × 10-10

<1 × 10-10

<1 × 10-10

 

805

      
 

327

354

     

Ath

2224

2085

 

3 × 10-1

<1 × 10-10

<1 × 10-10

<1 × 10-10

 

530

403

     
 

347

428

334

    

Cel

2986

2962

2052

 

1 × 10-8

<1 × 10-10

<1 × 10-10

 

880

650

376

    
 

149

161

183

197

   

Sce

1789

1704

1769

1715

 

1 × 10-2

<1 × 10-10

 

504

411

374

336

   
 

100

123

135

150

158

  

Spo

1880

1807

1886

1808

2360

 

<1 × 10-10

 

549

426

388

359

216

  
 

10

17

12

14

13

19

 

Ecu

700

738

739

748

816

835

 
 

332

254

235

244

158

140

 
  1. For a given pair of species the numbers in each cell below the diagonal represent, from top to bottom: the number of KOGs in which the average number of detected domains from the CDD collection (cut-off E = 10-3) in the proteins from the species to the left is greater than that for the species to the right; the number of KOGs with equal average number of domains; the number of KOGs in which the average number of domains is greater for the species to the right (for example, D. melanogaster has a greater number of detected domains than H. sapiens in 470 KOGs, the same number in 3,214 KOGs, and a smaller number in 805 KOGs). The numbers above the diagonal are the statistical significance of the difference, P(χ2).
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Genome Biology

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