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Table 1 Chief features of inversion breakpoint regions in D. mojavensis

From: Gene alterations at Drosophila inversion breakpoints provide prima facie evidence for natural selection as an explanation for rapid chromosomal evolution

Inv

Breakpoints and adjacent protein-coding genes in D. mojavensis

TE copies at co-occurrent breakpoints

Inversion-associated inverted duplications

Preexisting duplications in parental genome

Transposition-associated genes and D. virilis lineage specific genes (underlined)

Gene gains (bold) and putative position effects

2c

AC

Ligatin-GstD1a

     
 

BuT5

 

GstD1a-GstD1b

 

GstD1a GstD1b

  
 

BD

Slbp-GstD1b

     

2f

AC

αTub84B-Pli

     
    

Lsp1β

   
 

BD

CG1091-Lsp1β

     

2g

AC

Dmoj\GI22722-CG4511

     
    

Dmoj\GI22722 CG32344

CG2846 Dvir\GJ23779

   
 

BD

CG32344-spas

     

2h

AC

pasha-ppk20

     
  

7.1 kb from AB

ppk20-ppk21

Dmoj\GI24456

Dmoj\GI23123

  
 

BD

      

2q

AC

Spargel-CG1213

     
  

1 kb from AB

4.3 kb from CD

CG1213-CG1208

 

Dmoj\GI22075

  
 

BD

CG31528-CG1208

     

2r

AC

Hsp68a-Hel89B

     
 

Galileo

 

Hsp68a-Hsp68b

Histone clusters

Hsp68a

Hsp68b

  
 

BD

Hsp68b-Cad99C

     

2s

AC

CG9801-CG10214

     
  

BuT5

  

CG10375

  
 

BD

CG34135-CG10375

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