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Table 2 EBNA1 binding sites close to RefSeq genes

From: Genome-wide analysis of host-chromosome binding sites for Epstein-Barr Virus Nuclear Antigen 1 (EBNA1)

Chr

Start

End

Motif

RefSeq gene hit

 

Dist. to hit

chr1

52074635

52074636

Motif 5

NR_031580

MIR761

500

chr1

91738595

91738596

Motif 3

NM_001134419

CDC7

500

chr1

91739305

91739306

Motif 5

NM_001134420

CDC7

500

chr1

154170655

154170656

 

NM_014949

KIAA0907

500

chr10

61338790

61338791

Motif 2

NM_005436

CCDC6

3000

chr11

6421695

6421696

 

NM_000613

HPX

4000

chr12

67007430

67007431

 

NM_017440

MDM1

5000

chr12

108693660

108693661

Motif 2

NR_026661

MGC14436

4000

chr13

35769560

35769561

Motif 2

NM_001144985

C13orf38

500

chr13

35769000

35769001

 

NM_001144985

C13orf38

2000

chr14

50358425

50358426

Motif 5

NM_016350

NIN

3000

chr14

23969975

23969976

Motif 4.Motif 5

NM_015299

KHNYN

2000

chr14

104287630

104287631

Motif 5

NM_021709

SIVA1

4000

chr15

26999285

26999286

 

NM_001130414

APBA2

3000

chr16

3222305

3222306

 

NM_001145447

ZNF200

4000

chr16

3221595

3221596

 

NM_001145447

ZNF200

4000

chr17

71770850

71770851

Motif 2

NM_182565

FAM100B

4000

chr17

1335740

1335741

Motif 4

NM_001080950

MYO1C

500

chr17

58917775

58917776

Motif 2.Motif 5

NM_152830

ACE

3000

chr17

64015725

64015726

 

NM_212471

PRKAR1A

4000

chr2

190751405

190751406

Motif 5

NM_001042519

C2orf88

4000

chr20

49008975

49008976

Motif 2

NM_014484

MOCS3

500

chr20

36872330

36872331

Motif 2.Motif 5

NM_015568

PPP1R16B

5000

chr22

26645510

26645511

 

NR_026962

LOC284900

500

chr3

75761660

75761661

 

NR_031714

MIR1324

2000

chr6

18376590

18376591

 

NM_001134709

DEK

4000

chr6

149683865

149683866

Motif 5

NM_015093

MAP3K7IP2

4000

chr6

39190140

39190141

 

NM_018322

C6orf64

2000

chrX

41428495

41428496

Motif 2

NM_001097579

GPR34

5000

  1. Each hit peak in the ChIP-seq enrichment list was labeled with our consensus motifs that lay within 50 nts upstream or downstream of the peak site. This annotated dataset was then used to search for overlaps with a list of RefSeq genes downloaded from the UCSC table browser. This overlap search was done with a Python script from Priyankara Wickramasinghe (Wistar Institute). Genes whose TSS lie within a distance of 500, 1000, 2000, 3000, 4000, and 5000 nt from EBNA1 ChIP-seq peaks were subsequently annotated on to the annotated hit peak list. The Galaxy suite http://main.g2.bx.psu.edu/ was used to combine and organize the various data lists in each step.