Skip to main content

Table 1 Identification of several proteins unique to one or more samples. Only those for which a MOWSE score of >65 (p = 0.05)for PMF or >34 (p = 0.05) for MS/MS and for which matching sequences spanned the entire sequence are reported. The experimental pI is the measured pH value for the first dimension fraction. The # Seq. Matched represents the number of fragments matching peptide sequences.

From: Proteome-level display by 2-dimensional chromatography of extracellular matrix-dependent modulation of the phenotype of bladder cancer cells

Exp. pI

RT 2nd Dim. (min)

Gene Symbol

NCBI Accession Number

Sequence MW/pI

MOWSE Score (PMF)

Coverage % (# Seq. Matched)

MOWSE Score (MS/MS)

Cells grown on Matrigel

<4.0

17.560

ER60 HSPA5 VIME

2245365 16507237 37852

57245/5.88 72431/5.07 53724/5.06

81 68 86

29 (13) 23 (11) 28 (13)

94

<4.0

18.027

HSPA5

16507237

72431/5.07

120

29 (17)

 

<4.0

18.777

HSPA8 HSPA5 ENOA

24234686 16507237 1167843

53626/5.62 72431/5.07 47566/7.01

103 136 96

25(7) 22(11) 17(8)

41 36

<4.0

20.687

HSP60

49522865

61229/5.71

99

20(8)

93

4.63–4.94

17.167

ATM

1497931

356785/6.37

74

9 (19)

 

7.02–7.32

16.740

H2B.1

1568551

13928/10.3

106

57(9)

48

7.02–7.32

16.998

RPL9 RPS18

13278765 75517910

21992/9.96 17708/11.0

101 73

53 (8) 38 (9)

78 44

>8.3

16.597

APC

68533057

314407/8.03

70

9 (18)

 

>8.3

16.687

ALDOA

4557305

39964/8.33

70

26 (7)

46

>8.3

17.094

GAPDH

31645

36244/8.26

191

66 (16)

64

>8.3

16.634

RUVBL/CHTF18

14336725

130269/9.51

72

16 (13)

 

Cells grown on SISgel

>8.3

16.774

RSNL2

48257203

60839/9.07

70

23 (11)

 

5.54–5.84

17.667

AKR1B1 ATPB

13529257 28931

36298/6.82 34026/4.90

155 96

49 (14) 25 (6)

74 59

5.54–5.84

17.695

AKR1B1 ATPB

13529257 28931

36298/6.82 34026/4.90

166 90

48 (17) 28 (7)

68 79

5.94–6.13

17.667

AKR1B1 ATPB

13529257 28931

36298/6.82 34026/4.90

98 48

55 (13) 22 (3)

51

Cells grown on plastic

>8.3

17.407

GAPDH

31645

36244/8.26

192

56 (16)

68