Table 2 Summary of the PRDM1 missense variants and mutations found in 8 out of 16 cases analyzed by targeted exonic next-generation sequencing

From: Plasmablastic lymphoma phenotype is determined by genetic alterations in MYC and PRDM1

Case ID

Location

Domain

Allele

cDNA position

Codons

AA

Change

Consequence*

Existing variation

1

Exon 5

 

T

1058

aCa/aTa

275

T/I

Missense/neutral

dbSNP rs777939985

1

Exon 5

Pro

T

1365

ttG/ttT

377

L/F

Missense/neutral

1

Exon 5

 

A

1037

cGt/cAt

268

R/H

Missense/neutral

COSM3154292 somatic

9

Exon 4

PR

G

843

gaC/gaG

203

D/E

Missense/neutral

dbSNP rs811925*

10

Exon 2

Ac

T

352

Gac/Tac

40

D/Y

Missense/deleterious

13

Exon 4

PR

A

683

gGc/gAc

150

G/D

Missense/deleterious

15

Exon 5

 

A

1037

cGt/cAt

268

R/H

Missense/neutral

COSM3154292 somatic

16

Exon 4

PR

G

843

gaC/gaG

203

D/E

Missense/neutral

dbSNP rs811925*

16

Exon 5

Pro

A

1295

aGc/aAc

354

S/N

Missense/neutral

dbSNP rs143040512*

16

Exon 7

Zn finger

T

2251

Cac/Tac

673

H/Y

Missense/deleterious

16

Exon 5

 

A

982

Gtg/Atg

250

V/M

Missense/deleterious

COSM3748876 somatic

17

Exon 5

 

T

914

aGt/aTt

227

S/I

Missense/neutral

17

Exon 5

 

A

982

Gtg/Atg

250

V/M

Missense/deleterious

COSM3748876 somatic

17

Exon 5

 

A

1072

Ctc/Atc

280

L/I

Missense/neutral

17

Exon 7

 

T

2675

aAg/aTg

814

K/M

Missense/deleterious

17

Exon 7

 

A

2708

cCt/cAt

825

P/H

Missense/deleterious

17

Exon 4

PR

A

768

aaC/aaA

178

N/K

Missense/deleterious

23

Exon 2

PR

T

388

Gct/Tct

52

A/S

Missense/neutral

23

Exon 2

PR

T

393

gaG/gaT

53

E/D

Missense/neutral

23

Exon 5

 

A

953

cCa/cAa

240

P/Q

Missense/neutral

  1. Exonic location, cDNA position, single-nucleotide change observed, and amino acid change predicted, together with predicted consequence using three different algorithms is shown. In addition, dbSNP and COSMIC id is provided when available. Changes identified with * have been previously reported in DLBCL samples according to the literature.