Table 3 Stop-gain variants identified in SLIC probands.

From: Next-generation DNA sequencing identifies novel gene variants and pathways involved in specific language impairment

Variant Position

Gene

dbSNP137

Ref

Var

Proband ID

1000G (ALL) variant freq

EVS (5400_ALL) variant freq

Variant status

Coding change

% of protein missing

PhyloP

Phast Cons

SIFT

chr1:158532597

OR6P1

rs142215019

G

T

34

0.10%

0.22%

rare

NM_001160325:exon1: c.C798A:p.Y266X

16.4%

−0.62

0.00

1.00

chr3:63466576a

SYNPR

rs376661036

C

A

30

NA

0.01%

rare

NM_144642:exon2: c.C93A:p.C31X

84.7%

−0.72

0.60

1.00

chr8:107738486

OXR1

rs145739822

G

A

29

0.14%

NA

rare

NM_001198534:exon1: c.G15A:p.W5X

97.7%

4.24

1.00

1.00

chr8:39847306

IDO2

rs199869245

C

T

11

NA

0.05%

rare

NM_194294:exon8: c.C655T:p.R219X

49.5%

1.90

0.95

1.00

chr11:1027390

MUC6

rs200217410

G

T

8

NA

0.06%

rare

NM_005961:exon17: c.C2109A:p.C703X

71.2%

0.40

1.00

1.00

chr11:6190828a

OR52B2

rs190537696

A

T

19

0.14%

0.10%

rare

NM_001004052:exon1: c.T729A:p.C243X

25.0%

0.59

1.00

1.00

chr16:4745030

NUDT16L1

rs146701095

C

T

9

0.05%

0.04%

rare

NM_001193452:exon3: c.C556T:p.Q186X

3.6%

1.77

1.00

1.00

  1. Scores shown in bold & italic represent changes that are predicted to be functionally significant. Variants highlighted in bold represent co-segregating stop-gains (see Figs 2 and 3 for family pedigrees).
  2. aFamily pedigree shown in Fig. 3.