Table 2 Details of discovered rare mutations and in silico analyses

From: Rare loss of function mutations in N-methyl-d-aspartate glutamate receptors and their contributions to schizophrenia susceptibility

a

                 

Chromosome

Position

Reference allele

Sample allele

Gene symbol

Phenotype

Protein variant

dbSNP ID

1000 Genomes frequency

NHLBI ESP frequency

HGVD frequency

iJGVD frequency

SIFT function prediction

PolyPhen-2 function prediction

MUTATIONTASTER function prediction

PRIMATE phcons

Primate phylop

Pedigree analysis

9

14,0052,907

G

A

GRIN1

SCZ

p.A349T; p.A370T

Rs148008303

0.0002

0.00006

  

Damaging

Possibly Damaging

disease causing

0.993

0.557

 

16

9,858,015

T

C

GRIN2A

SCZ

p.H1129R

  

0.000016

  

Tolerated

Benign

disease causing

0.074

0.525

 

16

9,858,403

C

T

GRIN2A

ASD

p.V1000M

     

Tolerated

Possibly Damaging

disease causing

0.959

0.651

inherited

16

9,858,511

G

C

GRIN2A

SCZ

p.Q964E

  

0.000032

 

0.0005

Tolerated

Benign

disease causing

0.983

0.651

 

16

9,858,751

C

T

GRIN2A

SCZ

p.D884N

Rs777684328

0.00002

 

0.0009

Damaging

Possibly Damaging

disease causing

0.994

0.651

  

16

9,858,774

A

G

GRIN2A

ASD

p.I876T

Rs199784503

0.0004

0.0003

 

0.0023

Tolerated

Probably Damaging

disease causing

0.965

0.53

inherited

16

9,862,785

G

A

GRIN2A

ASD

p.L840F

Rs371352783

0.00002

  

Damaging

Possibly Damaging

disease causing

0.997

0.559

inherited

 

16

9,927,969

T

G

GRIN2A

ASD

p.K590N

  

0.000033

 

0.0005

Tolerated

Benign

disease causing

0.985

0.525

 

16

9,943,618

T

G

GRIN2A

ASD

p.K441N

     

Tolerated

Benign

disease causing

0.995

0.525

 

16

10,032,377

G

A

GRIN2A

SCZ

p.A149V

 

0.04

  

0.0009

Tolerated

Probably Damaging

disease causing

0.956

0.559

 

16

10,032,405

G

C

GRIN2A

SCZ

p.P140A

  

0.000008

 

0.0009

Tolerated

Benign

disease causing

0.932

0.559

 

17

72,839,530

C

T

GRIN2C

ASD

p.A916T

   

0.0014

0.0005

Tolerated

Probably Damaging

disease causing

0.981

0.45

inherited

17

72,846,024

C

T

GRIN2C

ASD

p.E514K

   

0.0017

 

Tolerated

Possibly Damaging

disease causing

0.992

0.486

 

17

72,846,374

G

A

GRIN2C

SCZ

p.R488C

Rs186790306

0.0014

0.00007

  

Damaging

Probably Damaging

disease causing

0.994

0.486

 

17

72,846,483

C

G

GRIN2C

SCZ

p.K451N

     

Damaging

Probably Damaging

disease causing

0.722

−0.347

 

17

72,846,705

G

A

GRIN2C

ASD

p.H439Y

     

Tolerated

Benign

disease causing

0.015

0.557

inherited

17

72,846,800

G

A

GRIN2C

SCZ

p.T407M

Rs536926397

0.0002

0.00002

  

Damaging

Probably Damaging

disease causing

0.318

0.55

 

b

                 

Chromosome

Position

Reference allele

Sample allele

Gene symbol

Phenotype

Protein cariant

dbSNP ID

1000 Genomes frequency

NHLBI ESP Frequency

HGVD Frequency

iJGVD Frequency

SIFT Function Prediction

PolyPhen-2 Function Prediction

MUTATIONTASTER Function Prediction

Primate PhCons

primate PhyloP

Pedigree analysis

17

72,850,836

GGGG

 

GRIN2C

SCZ

p.P132fs*59

    

NA

NA

disease causing

0.477

0.645

  

17

72,850,840

G

A

GRIN2C

ASD

p.T131I

Rs780165386

0.000009

  

Damaging

Possibly Damaging

disease causing

0.401

−0.176

  

17

72,851,093

G

A

GRIN2C

SCZ

p.R47C

Rs776102062

0.00003

  

Tolerated

Benign

disease causing

0.867

−0.276

  

19

48,908,432

G

A

GRIN2D

ASD

p.G303R

     

Tolerated

Possibly Damaging

disease causing

0.401

0.557

inherited

19

48,908,447

C

T

GRIN2D

SCZ

p.R308C

Rs746751166

0.00002

  

Tolerated

Benign

disease causing

0.989

0.557

  

19

48,917,841

G

A

GRIN2D

SCZ

p.S471N

     

Tolerated

Benign

disease causing

0.992

0.651

 

19

48,918,122

C

A

GRIN2D

SCZ

p.P472T

     

Tolerated

Possibly Damaging

disease causing

0.94

0.651

 

19

48,945,428

G

A

GRIN2D

SCZ

p.R821Q

Rs767410370

0.000008

  

Tolerated

Probably Damaging

disease causing

0.966

0.451

  

19

48,947,106

C

T

GRIN2D

ASD

p.P1308L

   

0.0049

0.0028

deleterious

NA

disease causing

0.038

0.466

 

9

104,375,732

C

A

GRIN3A

ASD

p.G898W

    

0.0005

Damaging

Probably Damaging

disease causing

0.948

0.651

 

9

104,433,232

T

C

GRIN3A

ASD/SCZ

p.K488E

Rs189425146 0.0042

0.42

0.0009

 

0.0009

Tolerated

Benign

disease causing

0.985

0.53

inherited

9

104,449,017

C

T

GRIN3A

SCZ

p.V389I

Rs200120504

0.0002

 

0.0005

Tolerated

Benign

disease causing

0.99

0.559

  

9

104,449,173

G

A

GRIN3A

ASD/SCZ

p.R337W

Rs773593066

0.00008

0.0017

0.0009

Damaging

Possibly Damaging

disease causing

0.971

0.559

inherited

 

9

104,499,853

G

T

GRIN3A

ASD

p.R137S

Rs769491656

   

Tolerated

Benign

disease causing

0.988

0.651

inherited

 

19

1,003,244

C

T

GRIN3B

SCZ

p.T181I

Rs540094501

0.0004

0.0002

0.0087

0.2924

Tolerated

Benign

disease causing

0.002

−0.397

 

19

1,003,255

G

A

GRIN3B

SCZ

p.G185S

Rs575985258

0.001

0.0006

0.0005

0.0005

Tolerated

Benign

disease causing

0.016

−0.397

 

19

1,003,721

G

A

GRIN3B

SCZ

p.R340Q

Rs577413695

0.0002

   

Tolerated

Benign

disease causing

0.652

0.459

 

19

1,004,573

G

A

GRIN3B

SCZ

p.G358D

Rs75047944

0.0006

0.0001

0.0044

0.0089

Damaging

Probably Damaging

disease causing

0.054

−0.524

 

19

1,004,998

G

A

GRIN3B

ASD/SCZ

p.V500M

Rs377572345

0.0001

0.0014

 

Damaging

Probably Damaging

disease causing

0.192

0.48

  

19

1,005,098

G

T

GRIN3B

ASD

p.S533I

Rs200427089

0.0004

0.0002

0.0036

0.002

Damaging

Possibly Damaging

disease causing

0.933

0.48

inherited

19

1,005,209

T

A

GRIN3B

SCZ

p.M570K

Rs750803476

0.0001

  

Tolerated

Possibly Damaging

disease causing

0.863

0.393

  

19

1,005,523

G

A

GRIN3B

SCZ

p.E675K

Rs759438437

0.000009

0.0005

 

Damaging

Probably Damaging

disease causing

0.026

−0.863

  

19

1,008,142

A

G

GRIN3B

SCZ

p.Y773C

   

0.0009

 

Tolerated

Probably Damaging

disease causing

0.081

−0.897

 
  1. Genomic position is based on GRCh37/hg19
  2. SNVsingle-nucleotide variant
  3. dbSNP: dbSNP build 139 (http://www.ncbi.nlm.nih.gov/projects/SNP/); 1000 Genomes the 1000 Genomes Project (http://www.1000genomes.org), NHLBI Exome Aggregation Consortium (http://exac.broadinstitute.org), HGVD the Human Genetic Variation Database (http://www.genome.med.kyoto-u.ac.jp/SnpDB/), iJGVD Integrative Japanese Genome Variation (https://ijgvd.megabank.tohoku.ac.jp/)
  4. SIFT (http://sift.jcvi.org/), PolyPhen-2 polymorphism phenotyping v.2 (http://genetics.bwh.harvard.edu/pph2/index.shtml). MUTATIONTASTER (http://www.mutationtaster.org/). PhastCons conservation score (http://compgen.cshl.edu/phast/phastCons-HOWTO.html): produces predictions of discrete conserved elements