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Table 2 Summary of reported cases of EBV-MCU associated with gastrointestinal tract involvement

From: A rare case of Epstein–Barr virus-positive mucocutaneous ulcer that developed into an intestinal obstruction: a case report

Case

Age

Sex

Lesion location

Comorbidity

Risk factor

Treatment

Outcome

Ref

1

69

F

Colon

RA

MTX

ND

ND

2

2

53

F

Colon, Rectum

CD

MTX, Infliximab

Dose reduction

Development of HL

7

3

75

F

Esophagus

RA

AZA

Dose reduction

Improvement

2

4

63

M

Anus

CD

AZA

Dose reduction

Improvement

5

5

81

F

Colon

ITP

AZA

Surgical resection

Death by LPD

3

6

26

M

Rectum

CD

AZA, Infliximab

Surgical resection

Improvement

12

7

78

M

Rectum

UC

CyA

Dose reduction

Improvement

2

8

64

F

Colon

HSCT

CyA

Dose reduction

Improvement

2

9

61

M

Esophagus

Organ transplant

MMF

Dose reduction

Improvement

4

10

70

M

Rectum

Organ transplant

MMF

Dose reduction, Rituximab adm

Improvement

4

11

32

M

Terminal ileum

Organ transplant

MMF, Tac

Dose reduction, Rituximab adm

Improvement

4

12

61

F

Esophagus

PID

immune deficiency

Rituximab adm, IVIG adm

No change

6

13

64

F

Cecum

None

Age

Surgical resection

Improvement

11

14

81

M

Colon

CKD

Age

Surgical resection

Improvement

Our case

  1. Abbreviations; adm administration; AZA azathioprine; CD crohn’s disease; CKD chronic kidney disease; CyA cyclosporine; EBV-MCU Epstein Barr virus-positive mucocutaneous ulcer; F female; HL Hodgkin’s lymphoma; HSCT hematopoietic stem cell transplantation; ITP idiopathic thrombocytopenic purpura; IVIG intravenous immunoglobulin; LPD lymphoproliferative disease; M male; MMF mycophenolate mofetil; MTX methotrexate; ND not described; PID primary immnodeficiency disease; RA rheumatoid arthritis, Ref reference; Tac tacrolimus; UC ulcerative colitis