Skip to main content

Table 1 Genes with recurrent synonymous mutations potentially affecting regulatory elements

From: Somatic synonymous mutations in regulatory elements contribute to the genetic aetiology of melanoma

Gene

Gene length

Putative mechanismsa

Number of functional synonymous mutations

Number of expected synonymous mutations

p values

DNAH5

13,875

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

13

0.037106647

3.92 × 10−29

ADCY8

3756

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

5

0.014354406

5.02 × 10−12

GRIN2A

4395

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

5

0.01648022

9.99 × 10−12

SLC9A2

2439

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

4

0.008004311

1.7 × 10−10

CASR

3267

alter DHS, decrease the use of optimal codons

4

0.011093165

6.25 × 10−10

KSR2

2853

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

4

0.012140187

8.96 × 10−10

MYH1

5820

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

4

0.014354315

1.75 × 10−9

TECTA

6468

disrupt ESR sequence in near SS, alter DHS, and decrease the use of optimal codons

4

0.02571247

1.78 × 10−8

SLC8A3

2784

disrupt ESR sequence in near SS, decrease the use of optimal codons

3

0.00836151

9.68 × 10−8

RIMS2

4050

alter DHS, decrease the use of optimal codons

3

0.009850803

1.58 × 10− 7

XKR6

1926

alter DHS

3

0.010850219

2.11 × 10−7

SCN10A

5871

alter DHS, decrease the use of optimal codons

3

0.016168958

6.96 × 10−7

  1. aESR: exonic splicing regulators, SS: splicing sites, DHS: DNase I hypersensitivity sites