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Table 4 In silico predictions for the significantly associated variants replicated in this study

From: Chemotherapy-induced peripheral neuropathy: evidence from genome-wide association studies and replication within multiple myeloma patients

Reference

Locus

SNP

Annotated Gene

(RefSeq)

Annotated Gene

(GENCODE)

No. of

SNPs

with r2 > 0.8

Promoter Histone Marks

Enhancer Histone Marks

DNAse

Motifs changed

eQTLhits

RelevanteQTL tissue1(Correlatedgene)

Relevant P-value of eQTL1

Relevant eQTL tissue2 (Correlated gene)

Relevant P-value of eQTL2

Diouf

14q21.1

rs8014839

FBXO33

CTAGE5

3

8 tissues (Brain)

13 tissues (Brain)

Skin, Liver, MUS, VAS

2 altered motifs

4 hits

Blood (CTAGE5)

4.68 × 10−54

Blood (TRAPPC6B)

2.80 × 10−43

Diouf

4q28.1

rs4618330

INTU

RP11-123G5.1

11

 

MUS

 

12 altered motifs

  

Baldwin

3q27.3

rs1903216

BCL6

RP11-44H4.1

1

GI

5 tissues

 

5 altered motifs

  

Diouf

3p14.2

rs35558909

FHIT

FHIT

2

 

ESDR, Blood

 

6 altered motifs

  

Diouf

3p21.1

rs4687753

IL17RB

IL17RB

49

Breast

ESDR, Blood, Brain

 

8 altered motifs

53 hits

Tibial nerve (ACTR8)

1.78 × 10−12

Tibial nerve (CHDH)

1.06 × 10−7

Diouf

8q24.12

rs7817522

DEPTOR

DEPTOR

11

IPSC, Fat, GI

GI, Brain

ESDR, MUS

1 altered motifs

5 hits

Brain (DEPTOR)

8.06 × 10−6

Esophagus Muscularis (DEPTOR)

6.43 × 10− 7

Schneider

15q21.3

rs2062640

UNC13C

UNC13C

23

    

Diouf

2q33.3

rs11694118

LOC100507443

snoU13

27

STRM

Placenta, Brain

 

1 altered motifs

     

Diouf

5q23.2

rs6891783

ZNF608

CTD-2308B18.3

38

IPSC, Lung, Brain

STRM, Fat, MUS, THYM

Lung

2 altered motifs

  1. Functional annotations from the ENCODE based HaploReg v4.1 tool (http://www.broadinstitute.org/mammals/haploreg/haploreg.php) and eQTL analysis according to GTEx Portal (http://www.gtexportal.org/home/)
  2. Chr Chromosome, SNP Single nucleotide polymorphism, LD Linkage disequilibrium, eQTL Expression quantitative trait loci, DNAse deoxyribonuclease, MUS Skletal muscle, VAS Vascular system, GI Gastro intestinal system, ESDR Embryonic stem cell derivatives, ESC Embryonic stem cells, IPSC Induced pluripotent stem cells, STRM Mesenchymal stem cell derived chondrocyte cultured cells