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Table 4 Genes coding for proteins involved in telomere biology and DNA repair in which rare variants were found in the different patients and clinical evolution

From: Genetic analyses of aplastic anemia and idiopathic pulmonary fibrosis patients with short telomeres, possible implication of DNA-repair genes

Patient

Telomere biology genes

DNA repair genes

Clinical evolution

Pulmonary Fibrosis

 F001

RTEL1

BRCA2

Deceased

 F010

  

Stable

 F020

RTEL1

FANCM, RAD51C

Lung transplant

 F021

 

FANCM

Deceased

 F025

  

Lung transplant

 F044

 

ATM; RECQL4

Disease progressing

 F075*

TERT

N.D.

Deceased

 F106

POT1

BRCA1

Lung transplant

 F120

TERC, NHP2

SLX4

Deceased

 F179

 

BRCA2

Disease progressing

 F185*

TERT

N.D.

Deceased

 F188

 

RECQL4

Disease progressing

 F200

NHP2

ATR

Deceased

 F213

  

Disease progressing

 F219

TERT, CTC1, RTEL1

FANCU

Deceased

 F220

TERT

FANCA

Lung transplant

 F242

  

Lung transplant

 F244

 

ATR

Disease progressing.

 F253

TERC , CTC1

RAD51, RAD51C

Deceased

 F382

 

NBN

Disease progressing

 F400*

TERT

N.D.

Waiting transplant

Dyskeratosis/Aplastic anemia

 26

DKC1 Ref 19

Mre11A

Deceased

 36

DKC1 Ref 19

ATR, BRCA2

Disease progressing

 44

 

FANCF

Stable

 47

 

ATR, FANCD2, FANCL, RECQL4, SLX4

Recovered

 48

 

WRN,

N.D.

 52

 

FANCM, BLM

HSC transplant

 62

 

SLX4

HSC transplant

 69

 

ATM

Stable

 86

 

RECQL4

Stable

 90

RTEL1

BRCA2

HSC transplant

 109

ACD

SLX4, Rad51C

HSC transplant

 121

 

ATM

HSC transplant

 129*

TERT

N.D.

Deceased

 134

 

ATR, Mre11A

Stable

 145

ACD

BRCA2, SLX4

Deceased

 156*

TERC

N.D.

Deceased

 169

 

FANCM

Deceased

 181

 

RECQL4

Stable

 196*

TERT

N.D.

Deceased

 198

 

ATM, FANCL, PALB2, RAD50

Disease progressing

 204

 

ATM, RECQL4

Stable

 205

  

Stable

 211

RTEL1

PALB2

HSC transplant

 223

NHP2

ATM

Stable

 263

TERT, RTEL1

BRCA2, SLX4

HSC transplant

 282

 

SLX4

N.D.

  1. N.D. Not determined. Boldface: genes that present variants with a frequency between 0.001 and 0.003 in the ExAC database.