Table 1 Literature survey of TP53 mutation analysis in malignant peripheral nerve sheath tumors

From: Inferior survival for patients with malignant peripheral nerve sheath tumors defined by aberrant TP53

Year

First author

Method

Sample type

Exons analyzed

Number of tumors mutatede

Number of tumors analyzede

% with mutationf

1989

Nigro

PCR and ds

Biopsy/cell linedd

2 to 11

1

1

100

1990

Menon

PCR and bds

Fresh frozen

5 to 8

1

7

14.3

1993

Boman

PCR-SSCP and ds

Fresh frozen

2 to 11

0

1

0

1993

Lothea

PCR CDGE and ds

Fresh frozen

5,7,8

0

1

 

1994

Flørenes

PCR-SSCP and ds

Fresh frozen

5, 7, 8

0

3

0

1994

Latres

PCR-SSCP and ds

Fresh frozen

2 to 9

0

6

0

1994

Legius

PCR and solid phase ds

Fresh frozen/cell lined

4 to 9

2

3

66.7

1995

Castresana

PCR-SSCP and ds

Fresh frozen

5 to 8

1

9

11.1

1995

Lothea

PCR CDGE and ds

Fresh frozen

5 to 8

0

7

 

1997/

Schneider-Stockb/

PCR-SSCP and ds

Fresh frozen

5 to 8

4 (3,1)

18 (10,12)

22.2

2002

Mawrinb

      

1998

Taubert

PCR-SSCP and ds

Fresh frozen/formalin-fixed

4 to 9

0

28

0

1999

Rieske

PCR-SSCP and ds

Fresh frozen

5 to 8

2

15

13.3

2000

Rasmussen

PCR-SSCP and ds

Not given

4 to 9

0

5

0

2000

Sonobe

PCR and ds

Cell lined

4 to 9

1

1

100

2001

Birindelli

PCR-SSCP and ds

Formalin-fixed

5 to 8

7

27

25.9

2001

Lefevre

PCR and ds

Fresh frozen

2 to 11

1

1

100

2001

Leroy

PCR-DGGE and ds

Fresh frozen

5 to 8

4

6

66.7

2001

Lothea

PCR-DG/GE/TGGE and ds

Fresh frozen

2 to 11

0

16

 

2001

Watanabe

PCR-SSCP and ds

Formalin-fixed

5 to 8

0

17

0

2002

Shin

PCR and ds

Formalin-fixed

5 to 8

1

1

100

2004

Magrini

PCR and ds

Fresh frozen

4 to 10

1

1

100

2004

Upadhyaya

PCR-SSCP and ds

Not given

4 to 9

0

6

0

2007

Chaoc

PCR and ds

Leukocytes

4 to 10

1

1

 

2007

Holtkamp

PCR-SSCP and ds

Fresh frozen/formalin-fixed

1 to 11

4

36

11.1

2008

Upadhyaya

PCR and ds

Not given

4 to 9

4

15

26.7

2009

Fauth

PCR and ds

Formalin-fixed

2 to 11

1

2

50.0

2010

Verdijk

PCR and bds

Formalin-fixed

4 to 9

17

72

23.6

2011

Beert

PCR and bds

Cell lined

2 to 9

3

6

50.0

2012

Evansc

not given

Not given

Not given

3

3

 

2014

Lee

WGS(n = 12)/TS(n = 32)

Fresh frozen/formalin-fixedg

Full

11

44

25.0

2014

Zhang

WGS(n = 4)/WES(n = 4)

Fresh frozen

Full

1

8

12.5

2015

Hirbe

WES/TS

Fresh frozen/formalin-fixed

Full

3

16

18.8

2015

McPherson

WES

Fresh frozen

Full

0

1

0

2017

Sohier

WES

Fresh frozen

Full

0

8

0

2018

Hølanda

PCR and ds

Fresh frozen

2 to 11

8

98

8.2

  1. References for all the articles are included in Supplementary Table S1
  2. PCR polymerase chain reaction, ds direct sequencing, bds bidirectional sequencing, CDGE constant denaturing gel electrophoresis, SSCP single-strand conformation polymorphism, DGGE denaturing gradient gel electrophoresis, TGGE temperature gradient gel electrophoresis, WGS whole-genome sequencing, WES whole-exome sequencing, TS targeted sequencing
  3. aFour publications with overlapping patient material, all patients were included in the present study (Høland, 2018)
  4. bTwo publications with overlapping patient material were merged, patients that could be verified as overlapping were excluded
  5. cPublications analyzing the tumors in patients with Li-Fraumeni syndrome, not included in calculations of mutation prevalence
  6. dCell lines, in Nigro 1989, 88-3/14, in Legius 1994, NF88-2, NF89-11, NF90-8; in Sonobe 2000, HS-SCH-2 (established in study); in Beert, HM1–3, HM9, and HM22–23 (established in study)
  7. eTumors from unique patients: each patient was only counted once as long as the information was available
  8. fOnly given for studies included in calculations of the overall mutation prevalence
  9. gWGS samples were frozen, while TS samples were formalin-fixed